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How Atlantic Air-Cooled Engines Doubled Their Storage Capacity in Moncton Without Expanding Their Building: A Stor-It Systems Case Study

Sun, 30 Aug 2026 12:30:00 GMT

When a facility runs out of storage capacity, the instinct is to look outward: add onto the building, lease additional space, or plan a new facility. What rarely gets examined carefully enough is whether the existing building is actually full, or whether it just feels that way because the space above the floor is being ignored.

At Atlantic Air-Cooled Engines in Moncton, New Brunswick, the answer was the latter. The facility had room. It was just the wrong dimension. The floor was at capacity. The air above it was not. Working with Stor-It Systems, president Robert Buzzell and operations manager Suzanne McLaughlin found a solution that delivered a 50 percent improvement in storage capacity, added bulk pallet storage and additional picking locations, stayed on budget, and finished ahead of schedule — all without adding a single square foot to the building footprint.

This is the story of how that outcome was achieved, why going vertical was the right answer, and what it means for industrial, distribution, and engine service operations across Atlantic Canada facing the same capacity pressure.

About Atlantic Air-Cooled Engines

Atlantic Air-Cooled Engines is a Moncton, New Brunswick-based operation specializing in small engine parts distribution and engine rebuilding. By early 2019, the company was approaching its 100th anniversary, a milestone that brought both pride and a heightened sense of responsibility. A century of operation in Atlantic Canada represents an extraordinary legacy. For Robert Buzzell, that anniversary was not just a moment to celebrate the past. It was a moment to demonstrate that the company's commitment to its customers and its standard of excellence would carry forward into the next generation of the business.

That commitment required a plan. Atlantic Air-Cooled Engines was growing. New product lines were being introduced. Customer demand was increasing. The parts inventory needed to support that growth was expanding. And the facility in Moncton that had been purpose-built for the operation when it was constructed was already showing signs of constraint. Within a relatively short time of opening the new facility, the parts storage area was running out of capacity.

The Challenge: A New Facility Already Running Out of Room

The capacity challenge at Atlantic Air-Cooled Engines had a particular edge to it. This was not a decades-old facility that had gradually been outgrown over time. It was a relatively new building, purpose-built for the operation, and it was already struggling to accommodate the inventory levels needed to serve a growing customer base. That situation creates pressure that goes beyond the purely logistical. For a business approaching its 100th anniversary and committed to demonstrating continued innovation and customer service excellence, running out of storage capacity is not just an operational problem. It is a strategic one.

Robert Buzzell understood that whatever solution was chosen needed to meet a demanding set of requirements. It needed to deliver a 50 percent improvement in parts storage capacity, the minimum required to support both the current operation and the new product lines being planned. It needed to preserve the existing workflow that the team had developed and relied on for years, since disrupting a well-functioning operation to accommodate a storage upgrade would undermine the very efficiency the upgrade was meant to support. And critically, it needed to allow the operation to continue running without interruption throughout the implementation. Downtime was not an option for a business whose customers depended on reliable, timely access to parts.

The initial instinct was to look at expanding the building. When that option was evaluated against the timeline, the cost, and the disruption it would create, the conversation shifted. Buzzell and McLaughlin arranged an on-site consultation with a product specialist from Stor-It Systems to explore whether there was a better path forward.

The Consultation: Finding Space in Thin Air

The on-site consultation at Atlantic Air-Cooled Engines began, as all Stor-It Systems consultations do, with an examination of the existing facility rather than a presentation of products. The storage challenge was real. But the question was whether the constraint was genuinely a lack of space, or a lack of vertical utilization.

Atlantic Air-Cooled Engines had an advantage that was not immediately obvious: they were already Stor-It Systems customers. When the facility was originally built, they had purchased Rousseau shelving through Stor-It Systems. That existing infrastructure was in good condition and performing well. Any solution that built on that foundation rather than replacing it would preserve the operational continuity Buzzell had identified as a non-negotiable requirement.

Several options were discussed during the consultation. A shelf-supported mezzanine structure would use the existing Rousseau shelving as part of the supporting infrastructure for an upper level. Adding modular drawers to the existing shelving would increase density within the current footprint. Each option had merit. Each was evaluated against the specific requirements of the operation.

The option that best addressed every requirement was the Cogan Clear Span Work Platform. Rather than building on top of existing shelving or adding density at the floor level, the Clear Span platform is a free-standing structural work platform that creates an entirely new floor level within the building's existing ceiling height. It does not depend on the existing shelving for structural support. It does not require the existing shelving to be relocated or replaced. It uses the vertical space above the current floor level that had been present all along but going entirely unused. The tagline from the original case study says it simply: when floor space is at a premium, go vertical.

The Solution: The Cogan Clear Span Work Platform

The Cogan Clear Span Work Platform is a pre-engineered, structurally independent raised work platform designed to create usable space at height within an existing facility. Unlike shelf-supported mezzanines that rely on the shelving below for structural support, the Clear Span design uses its own column and beam structure to carry the load of the upper level independently. This means the existing Rousseau shelving beneath could remain in place, fully operational, undisturbed throughout the installation.

For Atlantic Air-Cooled Engines, this was the decisive advantage. The lower level continued to function exactly as it had before, with no reorganization, no temporary displacement of inventory, and no disruption to the workflow the team depended on. The upper level was being built above them, in vertical space that had never been productively used, while the operation below ran without interruption.

The structural engineering of the Clear Span platform allowed the upper level to be configured for the specific requirements of the operation. Bulk pallet storage could be accommodated on the upper level, freeing floor-level space for the active picking and parts access that happens most frequently throughout the day. Additional picking locations on the upper level expanded the total number of accessible storage positions within the facility. And the platform's versatility meant that the upper level configuration could evolve as the operation's requirements changed over time, rather than locking the facility into a single layout permanently.

The Cogan system's pre-engineered design also contributed to the project's timeline and budget performance. Pre-engineered structural components arrive with precise specifications already established, reducing the design and engineering work required on site and allowing installation to proceed more efficiently than custom-fabricated alternatives. This is one of the reasons the Atlantic Air-Cooled Engines project came in on budget and finished ahead of schedule. Explore mezzanine and structural platform solutions available through Stor-It Systems.

Why Going Vertical Was the Right Answer

The decision to go vertical rather than outward at Atlantic Air-Cooled Engines reflects a principle that applies to a wide range of industrial, distribution, and service operations across New Brunswick and Atlantic Canada: floor space is expensive and difficult to add, but vertical space within an existing building is often available and significantly less expensive to utilize.

Building construction in Atlantic Canada carries a meaningful cost. Every square foot of new construction represents a capital expenditure that must be justified against the operational value it delivers and the time required to design, permit, and complete the work. A structural work platform within an existing building, by contrast, delivers usable square footage at the upper level at a fraction of the cost of new construction, in a fraction of the time, without the permitting delays and site disruption that building additions typically involve.

The vertical space in most industrial facilities is among the most underutilized asset in the building. It is present from day one. It does not require land, foundation work, or exterior construction. It requires a structural platform capable of using it safely and productively. When that platform is the right solution for the operation, as it was at Atlantic Air-Cooled Engines, the economics are compelling and the timeline is significantly faster than any building expansion alternative. For more on evaluating vertical versus floor-level storage strategies, see our guide on maximizing warehouse capacity without expanding your building .

The Outcome: 50 Percent More Capacity, On Budget, Ahead of Schedule

The results Atlantic Air-Cooled Engines achieved through the Cogan Clear Span Work Platform project delivered on every objective Buzzell and McLaughlin had set out to meet.

Storage capacity improved by 50 percent, the target Buzzell had identified as the minimum required to support the operation's growth and new product line expansion. That improvement was achieved without adding to the building footprint, without displacing the existing Rousseau shelving infrastructure, and without disrupting the workflow the team had developed over years of operation in the facility.

The upper level of the platform added bulk pallet storage capacity that had not previously been possible within the floor-level layout. It also created additional picking locations that expanded the range of parts accessible without floor-level reconfiguration. The combination of increased density and new picking positions addressed both the storage volume challenge and the operational efficiency requirements the project had been designed to meet.

Staying on budget reflected the quality of the pre-project planning and the precision of the pre-engineered Cogan system specification. Finishing ahead of schedule reflected the project management discipline of the Stor-It Systems installation team and the thoughtful preparation by Buzzell and McLaughlin. Both outcomes together represent the standard that a well-executed industrial storage project should produce.

Robert Buzzell, President of Atlantic Air-Cooled Engines, described the full relationship, including both the original Rousseau shelving installation and the subsequent mezzanine project, in his own words:

"When we were building our new warehouse, we looked for a company to sell us and install new warehouse shelving. Dwayne and his team went above and beyond to get this done. After a few years, we were running out of space, and again, we turned to Stor-It Systems for a mezzanine. Stor-It Systems came to our rescue with a solution that made sense. Working with Dwayne and his team was a pleasure. We would highly recommend Stor-It Systems to anybody looking for a new warehouse solution."

That testimonial captures something important beyond the specific project outcomes. Atlantic Air-Cooled Engines trusted Stor-It Systems with the original facility fit-out and returned when the next challenge arrived. That repeat relationship reflects the long-term value of working with a storage partner who understands the facility, the operation, and the people running it — not just the dimensions of the space. Additional examples of industrial and distribution projects completed across Atlantic Canada are available in our project gallery .

What This Means for Industrial and Distribution Operations in Atlantic Canada

The Atlantic Air-Cooled Engines project speaks directly to industrial operations, engine service facilities, parts distributors, manufacturing companies, and distribution centres throughout New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland that are managing the same pressure: growing inventory requirements, fixed building footprints, and the need to find more capacity without the cost and disruption of new construction.

The critical insight from this project is that the capacity constraint many operations experience is a floor-level constraint, not a building constraint. Most industrial facilities in Atlantic Canada were designed and built with ceiling heights that accommodate the installation of a structural work platform. The vertical space is available. The question is whether the operation's inventory profile, workflow requirements, and building specifications make a platform the right solution for the specific situation.

Answering that question requires the kind of on-site consultation that preceded the Atlantic Air-Cooled Engines project. Not a catalogue review, not a phone call, but a physical evaluation of the facility, the workflow, the existing storage infrastructure, and the growth requirements that are driving the capacity pressure. That evaluation is what allows a genuine solution to emerge rather than a standard recommendation applied without regard to the specific situation.

For operations that already have industrial shelving from Stor-It Systems, a platform solution may integrate with that existing infrastructure in ways that make the economics even more compelling, as it did at Atlantic Air-Cooled Engines. For operations starting fresh, the combination of floor-level shelving or racking and an upper-level platform can be designed together from the outset to maximize the full cubic volume of the facility from day one. See our related case study on how Bayview Trucks avoided a building expansion through a different but equally effective approach to the same pressure.

The Stor-It Systems Advantage

Stor-It Systems has been helping industrial operations, distributors, and service businesses across Atlantic Canada solve storage and capacity challenges since 1978. We serve organizations throughout New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland, and the Atlantic Air-Cooled Engines project represents something we see consistently across the region: the best solution to a capacity challenge is often already inside the building, waiting to be found through the right consultation process.

Our relationship with Atlantic Air-Cooled Engines began with the original facility fit-out using Rousseau industrial shelving and continued with the Cogan Clear Span Work Platform project when the next capacity challenge arrived. That continuity reflects how we approach every client relationship: not as a one-time sale but as an ongoing partnership that supports the operation as it grows and changes over time.

As an authorized dealer for both Rousseau and Cogan, we have direct access to two of the most trusted product lines in the Canadian industrial storage market. The Rousseau shelving system's compatibility with Cogan structural platforms made the Atlantic Air-Cooled Engines project possible in the way it was executed. That product knowledge, combined with the consultation-first process that identified the vertical solution in the first place, is what produces outcomes that a product-first supplier cannot replicate.

Our consultation and design services , professional installation , and preventative maintenance programs are all structured to support the complete lifecycle of a storage system, from initial design through ongoing performance. Our industrial shelving and racking solutions complement mezzanine and platform installations as part of integrated facility storage strategies. If your operation is facing capacity pressure and you have not evaluated the vertical space in your facility, that evaluation should be the first conversation.

Frequently Asked Questions

What is a Cogan Clear Span Work Platform and how does it differ from a standard mezzanine?
A Cogan Clear Span Work Platform is a free-standing, pre-engineered structural work platform that creates a full upper level within an existing facility using its own independent column and beam structure. Unlike shelf-supported mezzanines that rely on the shelving below for structural support, the Clear Span design carries its load independently of any existing infrastructure. This means the floor-level storage below remains fully operational and undisturbed throughout installation and after completion. The pre-engineered design also reduces on-site fabrication requirements, contributing to faster installation timelines and tighter budget performance compared to custom-fabricated alternatives.
How much additional storage capacity can a structural work platform add to an existing facility?
The capacity improvement depends on the available ceiling height, the floor area over which the platform is installed, and how the upper level is configured. At Atlantic Air-Cooled Engines in Moncton, the Cogan Clear Span Work Platform delivered a 50 percent improvement in total storage capacity while adding bulk pallet storage and additional picking locations. Facilities with generous ceiling heights can accommodate platforms that effectively double the usable floor area of the building. A professional facility assessment is the most reliable way to evaluate what a platform solution could deliver in a specific building.
Can a mezzanine or work platform be installed without shutting down operations?
Yes, and this was a non-negotiable requirement at Atlantic Air-Cooled Engines. The Cogan Clear Span Work Platform was installed above the existing Rousseau shelving while that shelving remained fully operational below. The installation was sequenced to allow the parts operation to continue without interruption throughout the project. Stor-It Systems plans and sequences all mezzanine and platform installations around the operational requirements of the facility. Uninterrupted operations is the standard expectation, not the exception, on projects of this type.
Is a structural work platform a long-term investment or does it limit future flexibility?
The Cogan Clear Span Work Platform is designed for long-term use and long-term flexibility. At Atlantic Air-Cooled Engines, the upper level was configured to accommodate both bulk pallet storage and picking locations, with the platform's versatility specifically noted as a factor in the decision. Pre-engineered platforms can be reconfigured, extended, and adapted as operational requirements change. They are not a fixed commitment to a single layout — they are a structural asset that grows with the operation, consistent with the long-term planning objectives that drove the Atlantic Air-Cooled Engines project from the outset.
Does Stor-It Systems handle both the design and installation of mezzanine and work platform projects?
Yes. Stor-It Systems manages the full project lifecycle for mezzanine and structural platform installations, from on-site consultation and layout design through product specification, delivery coordination, and professional installation. For operations with existing Stor-It Systems shelving or racking, our team's familiarity with that infrastructure informs the design of any additional platform solution. Contact us to arrange a consultation.
Does Stor-It Systems serve industrial operations throughout Atlantic Canada?
Yes. Stor-It Systems serves industrial facilities, distributors, engine service operations, manufacturers, and parts operations throughout New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland. Our team completed the Atlantic Air-Cooled Engines project in Moncton, New Brunswick, and has delivered storage and capacity solutions for industrial clients across all four Atlantic provinces. Book a consultation here.

Ready to Find the Capacity That Is Already in Your Building?

If your facility is experiencing capacity pressure and a building expansion feels like the only answer, the most valuable step you can take before committing to that investment is an on-site consultation with a storage specialist who will evaluate the full three-dimensional potential of the space you already have.

Atlantic Air-Cooled Engines found 50 percent more capacity in a building that felt full. That capacity was in the air above the floor level. It took the right consultation to find it, and the right product to use it. For nearly 50 years, Stor-It Systems has been having exactly that conversation with industrial and distribution operations throughout New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland.

Book a free facility consultation with our team today. We will evaluate your space, your workflow, and your growth requirements, and give you a clear picture of what is actually possible before any decision is made.

How Bayview Trucks Avoided a Costly Building Expansion by Solving a Storage Problem: A Stor-It Systems Case Study

Fri, 28 Aug 2026 11:00:07 GMT

The decision to expand a building feels inevitable when a business has genuinely outgrown its space. Inventory is overflowing. Parts are difficult to find. The team is working around a storage system that was designed for a smaller operation. The logical conclusion is that more square footage is the only answer.

Bayview Trucks reached exactly that point. A growing commercial truck dealership with an expanding inventory of parts needed to keep its valued customers' trucks on the road, the existing parts storage area had become inadequate. The plan was to build a building extension. Stor-It Systems was called to discuss the layout of the new build. What happened next changed the direction of the entire project — and saved Bayview Trucks hundreds of thousands of dollars.

This is the story of how a consultation-first approach to storage planning delivered a result that no product catalogue could have produced, and what it means for automotive operations, truck dealerships, parts departments, and service facilities across Atlantic Canada facing the same pressure.

About Bayview Trucks

Bayview Trucks is a commercial truck dealership operating in Atlantic Canada. Like all dealerships in the commercial vehicle sector, their parts department is a critical revenue and service function.

Keeping the right parts on the shelf, in an organized and accessible system, is directly linked to how quickly and reliably the service team can keep customer trucks operational. In commercial trucking, downtime is expensive. A customer whose truck is off the road is losing money every hour it is not working. The parts department's ability to locate and supply the right component quickly is not a back-office function — it is a core part of the service promise to every customer.

As Bayview Trucks grew, so did the complexity and volume of their parts inventory. New truck models were released. Product lines expanded. The inventory required to serve a growing customer base kept climbing. The parts storage area that had worked for a smaller operation was no longer keeping pace with the demands being placed on it. Something had to change.

The Challenge: Four Storage Problems That Were Limiting the Operation

Bayview Trucks' parts storage challenge was not a single problem. It was four interconnected problems, each limiting the operation in a different way, and each requiring a different solution. Understanding all four is what allowed Stor-It Systems to design a response that addressed the root causes rather than the symptoms.

1. Space Constraints

Parts storage areas, as a general rule, are rarely designed for growth. Even when the initial design was thoughtful, the parts storage area tends to be one of the first spaces to sacrifice square footage when an office, service bay, or customer area needs more room. At Bayview Trucks, the parts storage area had reached its apparent limit. The shelving was full. The floor was occupied. There was nowhere obvious to put additional inventory. The natural conclusion was that more building space was the only solution.

What Stor-It Systems recognized, through the consultation process, was that the apparent limit was not a physical limit. It was a design limit. The existing storage system had not been configured to use the available vertical height of the space. The solution was not more floor area — it was a high-density shelving system engineered to maximize vertical space and provide storage mediums sized to the specific items being stored. More capacity was already present in the existing building. It just needed to be unlocked.

2. Space Utilization

Building in Atlantic Canada is expensive. Construction costs in 2024 run from approximately $120 to $450 per square foot depending on the specification. Every square foot of parts storage space is a capital asset that should be working as hard as possible. At Bayview Trucks, the existing storage configuration was not achieving anywhere near the utilization efficiency that the available space could support.

The most common cause of poor space utilization in parts departments is the use of shallow shelving and generic storage mediums that do not match the items being stored. A 12-inch deep shelf holding parts that could be stored in 6-inch deep bins is wasting half its depth on every shelf, in every bay, across the entire storage area. Multiplied across hundreds of linear feet of shelving, this adds up to an enormous amount of lost capacity hiding in plain sight.

Stor-It Systems introduced a diverse storage system combining deeper shelving configurations, modular drawers, and mini-racking calibrated to the actual dimensions of Bayview's parts inventory. The result was a space efficiency improvement of up to 75 percent compared to the previous layout — a transformation in usable capacity achieved entirely within the existing footprint.

3. Small Items and Specialized Storage

A commercial truck parts department carries an enormous range of item sizes. Fasteners, seals, clips, filters, sensors, and electrical components sit alongside larger assemblies, body panels, and mechanical parts. Storing all of these in the same manner — regardless of size — is one of the most common and most costly storage mistakes in any parts operation.

The principle Stor-It Systems applied at Bayview was straightforward: items smaller than a six-inch cube should be stored in drawers. Items up to a 24-inch cube should be stored on shelves. Items larger than a 24-inch cube should be stored on mini-racking, with weight and dimensions determining when pallet racking becomes appropriate. Each storage medium is matched to the physical characteristics of the item it holds, rather than forcing all items into a one-size-fits-all system that serves none of them well.

This approach produces better organization, faster retrieval, more accurate inventory counts, and significantly higher storage density for small parts — the category that typically represents the largest proportion of SKUs in any parts department. Modular drawer systems and configurable industrial shelving from Stor-It Systems were central to this element of the Bayview solution.

4. Accessibility and Retrieval

Of all the operational costs that poor parts storage creates, the one that accumulates most invisibly is the time spent searching for parts that should be findable in seconds. When a technician or parts counter employee cannot locate a component quickly, the ripple effects are significant: the customer waits longer, the service bay sits idle, the inventory system loses credibility, and the team's confidence in the storage system erodes. In a busy dealership environment, this happens dozens of times per day.

The problem at Bayview Trucks was compounded by the fact that their existing system made inventory counts difficult and inaccurate. When you cannot count inventory reliably, you cannot trust the system. When you cannot trust the system, you over-order to compensate. When you over-order, you compound the space problem that started the whole chain.

Stor-It Systems implemented a clearly labeled drawer and shelving system organized around a logical categorization structure and integrated with Bayview's existing inventory control system through a bin location system. Every item has a specific location. That location is identified in the inventory control system. Retrieval time dropped. Cycle count accuracy improved. The parts team could now trust the system they were working with, which changed how the entire parts operation functioned.

The Solution: Why Stor-It Systems Changed the Entire Conversation

Bayview Trucks did not call Stor-It Systems to discuss their storage system. They called to discuss the layout of a building extension they had already decided to build. The building extension was the answer they had arrived at before the conversation started.

What Stor-It Systems did differently was ask the right questions before accepting that premise. Rather than moving immediately to a layout discussion for the new build, the consultation process examined the existing storage area: how it was configured, what it was storing, how items were organized, and whether the apparent capacity limit was a genuine physical constraint or a design constraint that could be solved without construction.

The answer was that the building extension was not necessary. The existing space, configured correctly with the right combination of high-density shelving, modular drawers, mini-racking, and a bin location system integrated with Bayview's inventory control software, could accommodate the inventory growth that had made the extension seem inevitable. The cost of the shelving and drawer systems was minimal compared to the cost of the proposed building addition — a comparison that made the decision straightforward once the alternative was clearly presented.

This is what a consultation-first approach produces that a product-first approach never can. A supplier responding to the building extension inquiry would have provided a layout for the new build. Stor-It Systems provided an analysis of the actual problem and a solution that addressed it. The difference in outcome was hundreds of thousands of dollars saved and a parts operation that performed better than the old system ever had. For more on how this approach works in practice, see our guide on maximizing warehouse and storage space without expanding your building .

The Outcome: More Capacity, Better Service, No Construction

The results Bayview Trucks achieved by addressing their storage challenges with a redesigned system rather than a building expansion were measurable across multiple dimensions of the operation.

Storage capacity increased substantially within the existing footprint through the combination of vertical space utilization, appropriately sized storage mediums for each item category, and the elimination of wasted depth across hundreds of shelving positions. Parts that had previously been difficult or impossible to accommodate within the storage area could now be stocked at the right levels without crowding the system.

Space efficiency improved by up to 75 percent compared to the previous configuration, a gain achieved entirely through better storage design rather than additional square footage. The financial implication of that improvement, measured against the $120 to $450 per square foot cost of new construction in Atlantic Canada, represents a return on the storage investment that would be difficult to replicate through any other means.

Operational efficiency improved at the same time. With a bin location system integrated into the inventory control platform, retrieval times dropped and inventory accuracy improved. The parts team could locate components faster, count inventory more reliably, and serve customers more effectively. Bayview Trucks became more efficient not just with regard to space utilization but in their day-to-day service delivery — a dual outcome that reflects what happens when storage is treated as an operational system rather than a physical infrastructure problem.

Most significantly, the cost of the shelving and drawer system was minimal compared to the cost of the proposed building addition that had been the original plan. Bayview Trucks avoided a capital expenditure of hundreds of thousands of dollars while achieving better operational performance than the building extension would have delivered. That is the outcome that defines this project and makes it one of the most compelling examples of what a consultation-led storage approach produces for Atlantic Canadian businesses.

What This Means for Automotive Operations and Parts Departments Across Atlantic Canada

Bayview Trucks' experience is not unusual. Across New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland, commercial truck dealerships, automotive service centres, heavy equipment dealers, and parts distributors face the same fundamental challenge: growing inventory, fixed space, and the assumption that a building addition is the only path forward.

In most cases, that assumption is wrong. Not because building extensions are never the right answer, but because the decision is almost always made before the existing space has been properly evaluated. A storage system that was adequate five years ago may be consuming two or three times the space it needs to, through poor vertical utilization, mismatched storage mediums, and disorganized inventory placement. The capacity to support growth is often already present in the building. It is just not being used.

The most important step any automotive or parts operation can take before committing to a building expansion is a professional assessment of the existing storage environment. That assessment should evaluate vertical space utilization, storage medium sizing versus actual inventory dimensions, organization and retrieval efficiency, inventory control system integration, and the real cost comparison between a storage redesign and the proposed construction. In our experience serving Atlantic Canadian operations for nearly 50 years, that assessment consistently reveals more available capacity than the operation's team had recognized.

For a broader look at how this evaluation process works and what it typically uncovers, see our guide on warehouse layout design for Atlantic Canadian facilities . For automotive-specific storage solutions, visit our automotive storage page .

The Stor-It Systems Advantage

Stor-It Systems has been helping businesses across Atlantic Canada solve storage and material handling challenges since 1978. We serve operations throughout New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland, from growing local businesses to large institutional and industrial organizations.

The Bayview Trucks project illustrates something we see consistently across the region: the most valuable thing a storage partner can offer is not a product. It is the willingness to ask whether the problem being described is the actual problem that needs to be solved. When Bayview called to discuss a building layout, we asked whether a building was actually necessary. The answer changed everything.

Our consultation and design services are structured around exactly this process. We evaluate the existing situation before recommending any solution. We examine how space is being used, how inventory is organized, how retrieval works in practice, and what the real capacity of the existing facility is before any product discussion begins. That approach consistently produces better outcomes for our clients than any amount of product knowledge alone could deliver.

Our professional installation services ensure that every system we design is implemented correctly and integrated with the operational workflow it is built to support. And our ongoing support means that as the operation grows and changes, the storage system can grow and adapt with it rather than creating the same constraints all over again in a few years.

Examples of storage solutions delivered for automotive, commercial vehicle, and industrial operations across Atlantic Canada are available in our project gallery . If you are evaluating your storage options or questioning whether a building expansion is truly the only path forward, see our guide on choosing the right storage and material handling partner in Atlantic Canada .

Frequently Asked Questions

How do I know whether I need more building space or a better storage system?
The most reliable way to answer that question is a professional assessment of the existing storage environment before any construction decision is made. Most Atlantic Canadian operations that call us about building expansions have significant untapped capacity in their existing space, through poor vertical utilization, mismatched storage mediums, and inefficient organization. A thorough assessment evaluates what the existing space can actually support before committing to the cost and disruption of construction. Bayview Trucks discovered through exactly this process that a building extension costing hundreds of thousands of dollars was unnecessary. The assessment itself costs nothing. Book one here.
What storage systems work best in commercial truck and automotive parts departments?
Effective parts department storage uses a tiered approach based on item size. Small parts and fasteners belong in modular drawer systems that organize by size and category and integrate with bin location systems in inventory control software. Mid-size parts belong on adjustable shelving with depth matched to the actual dimensions of the items being stored. Larger components go on mini-racking or pallet racking depending on weight and dimensions. The most common mistake is storing all item sizes in the same type of shelving, which wastes space, slows retrieval, and makes accurate inventory counts difficult. At Bayview Trucks, implementing the right storage medium for each item category improved space efficiency by up to 75 percent within the existing footprint.
How does a bin location system improve parts retrieval and inventory accuracy?
A bin location system assigns a specific physical location identifier to every storage position in the parts room and links that identifier to the inventory control system. When a part is received, it is assigned to a specific bin location. When it is retrieved, the system confirms the location. Cycle counts reference specific bin locations rather than requiring a full room search. The result is faster retrieval, higher inventory accuracy, fewer phantom stock situations where the system shows inventory that cannot be located, and reduced over-ordering driven by inventory distrust. At Bayview Trucks, implementing a bin location system alongside the new shelving and drawer configuration transformed how the parts team interacted with the inventory on a daily basis.
Can existing parts storage systems be improved without shutting down operations?
Yes, and this is one of the most common project structures we manage in Atlantic Canadian parts and automotive operations. Storage improvement projects are typically planned and sequenced in phases that allow the parts department to remain operational throughout. Sections of the storage area are reorganized and upgraded in sequence, with inventory relocated within the facility rather than removed from service. The sequencing is planned around the operational schedule and peak service periods to minimize disruption. Our project management process is designed to keep the operation running rather than creating downtime that would offset the benefits of the improvement.
Does Stor-It Systems serve automotive and commercial vehicle operations throughout Atlantic Canada?
Yes. Stor-It Systems serves automotive dealerships, commercial truck centres, heavy equipment dealers, fleet maintenance operations, and parts distributors throughout New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland. Our team has completed parts storage and facility organization projects for operations across all four provinces. Contact us here to discuss your parts storage challenge.

Ready to Find Out What Your Parts Storage Can Actually Hold?

If your parts storage area feels like it has reached its limit, or if you are considering a building expansion to accommodate growing inventory, the most valuable conversation you can have before making that decision is one that starts with a professional assessment of your existing space.

The question is not whether you need more storage. The question is whether that storage is already available inside the building you have. For Bayview Trucks, the answer was yes — and the discovery saved hundreds of thousands of dollars while delivering a parts operation that performs better than the planned expansion ever would have.

Stor-It Systems has been helping Atlantic Canadian businesses answer that question for nearly 50 years. We serve operations throughout New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland. Book a free consultation with our team today.

How Dalhousie University Dalplex Transformed Its Change Rooms with Lincora Lockers: A Stor-It Systems Case Study

Fri, 28 Aug 2026 01:00:32 GMT

When one of Atlantic Canada's most respected universities decided its athletic change rooms no longer reflected the standard the institution had built its reputation on, it did not look for the cheapest solution or the fastest fix. Dalhousie University's Dalplex Athletic Centre looked for a partner who could deliver a complete transformation, on a tight timeline, inside one of the most logistically demanding installation environments imaginable, with a product built to last decades in a harsh, humid, chlorinated facility.

Stor-It Systems was that partner. What followed was a project that replaced 420 lockers, coordinated with multiple trades, met a non-negotiable deadline tied to a major swim meet, and delivered a finished result that Facilities Manager Mike Simms described as exactly what the university had envisioned. This is the story of how that project came together, why the right product and the right partner made all the difference, and what it means for universities, athletic centres, recreation facilities, and institutions across Atlantic Canada facing similar challenges.

About Dalhousie University and the Dalplex Athletic Centre

Dalhousie University is one of Canada's leading research universities, located in Halifax, Nova Scotia. With a student population of more than 19,000 and a reputation as the top university in Atlantic Canada, Dalhousie holds its facilities to a standard that reflects that standing. The Dalplex Athletic Centre is the university's primary recreation and athletics facility, offering fitness, swimming, courts, and a broad range of programming to students, faculty, staff, and the broader Halifax community.

For a facility of Dalplex's calibre and reputation, the condition of every space matters. Change rooms are not back-of-house spaces to be tolerated. They are the first and last impression a visitor has of the facility. They set the tone for the entire experience. When those spaces begin to show their age, it affects not just the aesthetics but the institution's credibility as a place that takes its facilities as seriously as its academic programs.

The Challenge: Decades of Wear in a Demanding Environment

The lockers at the Dalplex facility had been in service for decades. They had endured continuous, high-volume use across thousands of daily visits from swimmers, athletes, fitness users, and recreational participants. The environment inside those change rooms is among the most demanding that any storage product can face: persistent humidity, chlorinated air from the adjacent pool facility, and the constant physical contact that comes with a busy athletic centre.

Over time, that environment took its toll. The existing lockers had deteriorated in both structural integrity and appearance to the point where they could no longer be maintained to an acceptable standard. This was not neglect. These were products that had simply reached the end of a long, hard service life. But for Mike Simms, Facilities Manager at Dalhousie, the end of the lockers' life represented something more than a replacement project. It represented an opportunity.

Simms recognized that Dalhousie's standing as the top university in Atlantic Canada was not being reflected in the current state of the Dalplex change rooms. The deteriorated lockers were a visible signal that the facility had fallen behind where it needed to be. Rather than simply ordering replacement lockers of the same type, he saw an opportunity to fundamentally transform these spaces into modern, inviting, bright environments that would serve the university community for another generation.

The vision was clear: a fresh aesthetic through thoughtful colour choices and a redesigned layout that would brighten the rooms, improve the experience for every person who used them, and bring Dalplex's change rooms into the standard expected of one of Atlantic Canada's premier university athletic facilities. What was less clear, at the outset, was how to execute that vision against a set of constraints that would have challenged any supplier.

The Constraints: Why This Project Was Not Simple

The Dalplex locker replacement project came with a combination of operational, logistical, and timeline constraints that made it genuinely complex. Understanding those constraints is important context for understanding why choosing the right partner mattered as much as choosing the right product.

A Tight, Non-Negotiable Timeline

The project had to be completed within a specific window between the end of the student term and an upcoming major swim meet at the facility. This was not a flexible deadline. A swim meet at a facility the size of Dalplex involves bookings, registrations, visiting athletes, and commitments that cannot be rescheduled to accommodate a delayed locker installation. Every element of the project, including the removal of 420 existing lockers, painting and infrastructure work by other trades, delivery of new lockers, and complete installation, had to be sequenced perfectly within that window.

Multi-Trade Coordination

The locker replacement was not a standalone project. It was happening in parallel with cosmetic repair work and infrastructure upgrades being completed by other trades. The locker installation had to be coordinated with painters, infrastructure contractors, and facility staff to ensure that each trade's work could proceed in sequence without creating conflicts or delays. This required experienced project management, clear communication, and a partner capable of managing their portion of the work with precision while remaining flexible to the realities of a multi-trade environment.

Extraordinary Logistics

Perhaps the most unusual constraint of the entire project was the physical access situation. The Dalplex change rooms are located in the basement of the facility. The only access to those rooms was through an air lock located in the gym area one floor above. Every one of the 420 existing lockers had to be removed through that access point. Every component of the 420 new Lincora lockers had to be brought in through the same route. This was not a situation where a loading dock and a freight elevator simplified the logistics. It required careful planning of the sequence, the timing, and the physical handling of materials through a constrained access point, without interfering with normal facility operations in the gym above.

Choosing the Right Product: Why Lincora Was the Answer

With the project constraints clearly understood, Mike Simms knew that product selection was the foundation of everything else. The environment that had compromised the previous lockers was not going to change. Humidity, chlorinated air, heavy daily use, and the physical demands of a high-traffic athletic facility were permanent features of the Dalplex environment. The replacement product had to be engineered to endure those conditions for decades, not years.

Simms also understood that this project needed to be a long-term investment, not a short-cycle replacement. Specifying a product that would require replacement in ten or fifteen years would simply push the same disruption and cost into the future. The goal was to make a decision that would serve Dalhousie well into the next generation of facility management.

Stor-It Systems recommended the Lincora all-welded locker system, and it met every specification Dalhousie had established. The all-welded construction provides structural integrity that assembled or knock-down alternatives cannot match — critical in a facility where lockers absorb significant daily physical contact. The metal gauges of the frames and sides are specified for heavy-duty institutional use, not light commercial applications. The expanded metal design allows for continuous ventilation, addressing the humidity and air quality challenges of a pool-adjacent change room directly through the product specification rather than relying on supplementary ventilation measures. And the rugged powder coat finish provides a durable, cleanable surface that maintains its appearance under the chlorinated conditions that had compromised the previous lockers.

Critically, the Lincora system delivered 100 percent customization. The colour palette, the locker dimensions, the configuration layout, and the hardware specifications were all tailored to Dalhousie's specific requirements. This was not an off-the-shelf solution adapted to fit. It was a purpose-built solution designed around Dalplex's spaces, their aesthetic vision, and the operational demands of the facility. Learn more about the locker systems available through Stor-It Systems .

The Stor-It Systems Approach: Consultation Before Specification

What differentiated Stor-It Systems in this project was not simply the quality of the Lincora product. It was the process through which that product was specified, designed, and delivered.

After initial discussions with Stor-It Systems regarding the tendered package, Dalhousie was confident that Stor-It was the right partner. That confidence came from the quality of the consultation, not just the product specification. Stor-It's team of Design Consultants, CAD Designers, and Project Managers engaged directly with university staff to finalize layouts, colour choices, and timelines. This was a collaborative process that ensured every decision reflected Dalhousie's vision and operational requirements, not a standard template applied to a non-standard environment.

The CAD design process allowed Dalhousie to see exactly what the finished change rooms would look like before a single locker was ordered. Colour choices were evaluated in the context of the full room layout rather than from a colour swatch in isolation. The configuration was designed to maximize the number of lockers within the available space while creating the bright, open feel that Simms had envisioned as the transformation goal. By the time the order was placed, Dalhousie had full confidence in exactly what they were receiving. Our consultation and design services are built around this process on every project.

Delivery and Installation: Executing Under Pressure

The execution phase of a project this complex is where the difference between a capable partner and a standard supplier becomes most visible. Stor-It Systems managed the Dalplex installation against every constraint the project presented, and delivered on every one of them.

The removal of the 420 existing lockers was sequenced to coincide with the trades completing their cosmetic repair and infrastructure work in adjacent areas. New lockers arrived with timing that allowed installation to begin as soon as the preceding trades had finished, without creating gaps in the schedule or delays at any handoff point. The entire installation was completed over several days and was finished well ahead of the scheduled swim meet that had defined the project deadline from the outset.

Completing this installation through a basement change room with air lock access, on a multi-trade timeline, ahead of a major facility event, is not a routine outcome. It reflects the project management capability, the logistical planning, and the execution discipline that come from decades of experience delivering institutional storage projects in Atlantic Canada. Our professional installation services are designed to manage exactly this level of operational complexity.

The Outcome: A Transformation That Exceeded Expectations

The finished Dalplex change rooms delivered everything the university had set out to achieve. The Lincora lockers met the rugged specification Dalhousie had established in full. The colour choices and layout configuration achieved the brighter, more modern aesthetic that Simms had envisioned as the transformation goal. The all-welded construction and powder coat finish provided the durability required for long-term performance in the pool-adjacent environment. And the project was delivered on time and on budget, within the constraints of a demanding multi-trade, multi-stakeholder institutional environment.

Mike Simms, Facilities Manager at Dalhousie University, captured the outcome directly:

"With a great deal of knowledge of their industry and great communication, Stor-It Systems brought our project in on time and on budget. The finished product is exactly what we envisioned when we started down the road on this journey."

That outcome represents the full value of what a consultation-led, partner-driven approach produces. Not just a product that fits the specification, but a project experience that builds confidence and delivers results that stand the test of time. You can find further examples of institutional projects completed across Atlantic Canada in our project gallery .

What This Means for Athletic Facilities and Institutions Across Atlantic Canada

The Dalplex project is not a unique situation. Athletic centres, recreation facilities, universities, colleges, hospitals, municipal operations, and government facilities throughout New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland face the same fundamental challenge: aging locker systems, deteriorated change rooms, and the need for a long-term solution that reflects the institution's standards without creating ongoing disruption to busy operations.

The specific details of each project are different. The facility type, the environment, the locker specification, the timeline, the stakeholders, and the budget are all unique to each situation. What does not change is the value of starting the process with a partner who invests in understanding those specifics before making any recommendation.

The institutions that achieve the best outcomes from locker and change room projects are not necessarily the ones with the largest budgets. They are the ones that treat product selection as a design exercise rather than a purchasing decision, engage a partner with the project management capability to execute in operationally constrained environments, and invest in a product specification built for the long term rather than the lowest upfront cost.

If your facility's locker system is approaching the end of its service life, if your change rooms no longer reflect the standard your organization holds itself to, or if you are planning a renovation that includes locker room improvements, the most valuable first step is the same one Dalhousie took: a conversation with a partner who understands what you are trying to achieve before recommending how to achieve it.

For a broader look at how Stor-It Systems approaches storage challenges in institutional environments, see our guide on facility storage for institutions across Atlantic Canada .

Frequently Asked Questions

How does Stor-It Systems manage locker installation projects in active institutional facilities?
Every institutional installation is planned around the operational schedule of the facility. At Dalplex, this meant coordinating the removal and installation of 420 lockers around a multi-trade schedule, working through a constrained basement access point, and completing the full project ahead of a major swim meet. Our project management process maps every dependency before work begins, sequences the installation to maintain facility operations, and maintains communication with all stakeholders throughout. The goal is always to complete the project with minimum disruption to the people and programs the facility serves.
What makes Lincora lockers appropriate for humid, pool-adjacent athletic environments?
The Lincora all-welded locker system is specifically engineered for demanding institutional environments. All-welded construction provides structural integrity that assembled alternatives cannot match under constant physical use. The expanded metal design allows continuous ventilation, which is critical in humid, chlorinated environments where trapped moisture accelerates deterioration. Heavy-gauge steel frames and sides provide durability under daily high-volume use. And the rugged powder coat finish resists the effects of chlorinated air and moisture that compromise lesser products over time. At Dalplex, Stor-It specified a Lincora configuration 100 percent customized to the university's specific dimensions, colour requirements, and ventilation needs.
Can locker systems be fully customized for a specific facility layout and aesthetic?
Yes. The Lincora system available through Stor-It Systems supports full customization across dimensions, configuration, colour, hardware, and ventilation options. At Dalplex, the entire locker specification, including the layout design, colour palette, and locker dimensions, was developed through a collaborative process with Dalhousie's facilities team using CAD design tools to visualize the finished result before any product was ordered. This ensured that the delivered product matched the university's vision precisely rather than requiring adjustments after installation.
How does Stor-It Systems work within institutional procurement and tendering requirements?
Stor-It Systems has extensive experience working within the procurement frameworks applicable to public universities, health authorities, municipalities, and government departments across Atlantic Canada. The Dalplex project was tendered, and Dalhousie selected Stor-It Systems through that process based on the quality of the tendered package, the product specification, and the project management approach presented. Our team understands the documentation, timelines, and approval processes common to institutional procurement and can support organizations through the full process from initial consultation through final installation sign-off.
Does Stor-It Systems serve athletic and recreation facilities throughout all of Atlantic Canada?
Yes. Stor-It Systems serves clients throughout New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland. Our team has completed institutional projects across all four provinces for universities, athletic centres, recreation facilities, healthcare organizations, government departments, and public institutions. Contact us here to discuss your project.

Ready to Transform Your Facility's Change Rooms?

Whether you are managing an aging locker system that has reached the end of its service life, planning a change room renovation as part of a broader facility upgrade, or simply looking to bring an important facility space up to the standard your organization expects, Stor-It Systems can help.

With nearly 50 years of experience serving Atlantic Canada's universities, athletic facilities, healthcare organizations, government departments, and industrial operations, our team understands what it takes to deliver institutional projects that meet complex specifications, tight timelines, and long-term performance expectations. We start every project by understanding what you are trying to achieve, not by recommending the first product that fits the basic requirements.

Book a free consultation with our team today. We serve organizations throughout New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland.

The Complete Guide to Choosing a Storage and Material Handling Partner in Atlantic Canada

Fri, 31 Jul 2026 12:15:02 GMT

Investing in storage systems or material handling equipment is rarely a simple purchasing decision. Whether you are expanding a warehouse, renovating a manufacturing facility, modernizing a distribution centre, or upgrading storage within a public institution, the decisions made during this process will shape productivity, safety, and operational efficiency for years. In some cases, for decades.

Most organizations start the evaluation process by comparing products and pricing. Those factors matter, but they rarely determine the long-term success of a project. The difference between a storage investment that delivers lasting value and one that creates ongoing frustration almost always comes down to the partner behind the solution, not the specific product that ends up on the floor plan.

A supplier delivers shelving, racking, lockers, workstations, or dock equipment . A material handling partner helps you understand the operational problem you are trying to solve, designs a solution around how your facility actually works, manages the implementation so that daily operations are not disrupted, and continues supporting the system long after installation day. Those are not the same thing, and the gap between them shows up in measurable ways over the life of the investment.

This guide covers the six criteria that should drive any evaluation of storage and material handling providers in Atlantic Canada, the red flags that indicate a supplier is not equipped to serve as a genuine partner, and what a well-structured consultation process looks like in practice. If you are preparing to make a significant storage investment, this is the framework that will help you get it right.

The Real Cost of Choosing the Wrong Supplier

Storage systems are long-term assets. A well-chosen and well-installed system may serve an operation for 20 or 30 years. A poorly chosen one creates costs that accumulate from the day it goes in.

The most visible costs are direct: incorrect equipment that needs to be replaced, an installation that damaged the floor or required rework, racking that was not properly engineered and fails a safety inspection. These situations are frustrating and expensive, but they are at least identifiable.

The less visible costs are often larger. A layout that was never designed around how inventory actually moves forces employees to travel unnecessary distances on every pick, every shift, every day. A storage system that was sized for current inventory without accounting for growth requires an expensive retrofit within a few years rather than a straightforward expansion. A provider with no local presence and no post-installation support leaves the organization to manage maintenance, inspections, and issues independently. These losses do not appear on a single invoice; they accumulate as reduced throughput, higher labour costs, increased error rates, and deferred maintenance that eventually becomes a safety concern.

The lowest quotation today has a reliable tendency to become the highest overall cost over the life of the system. Organizations that have been through that experience once rarely make the same evaluation mistake twice.

Product Supplier vs. Strategic Partner: Understanding the Difference

The most important distinction to make when evaluating providers is whether you are dealing with a product supplier or a strategic partner. The difference is not a matter of company size or product range. It is a matter of how the engagement begins.

A supplier's first question is: what products are you looking for? A strategic partner's first question is: what problem are you trying to solve?

That difference shapes everything that follows. A supplier works backwards from a product catalogue. A partner works forward from an understanding of your operation. The recommendations that come from those two starting points are rarely the same, and the outcomes they produce almost never are.

A genuine material handling partner invests time before making any recommendation in understanding your current operational challenges, your facility layout, how inventory and materials move through the space, how employees interact with storage systems throughout the day, where safety concerns exist, what your growth plans look like over the next five to ten years, and what budget and implementation constraints are in play. Only after that understanding is established should any product be suggested.

This consultation-first approach produces solutions that are built around the operation rather than forcing the operation to adapt to a standard package. It also produces outcomes that are significantly more durable, because the system was designed for how the facility actually works rather than how it looks on a floor plan. Our consultation and design services are structured around exactly this process.

Six Criteria for Evaluating Any Storage and Material Handling Partner

1. Depth of Industry Experience

Experience matters because every industry and every facility type presents genuinely different operational challenges. A warehousing operation has different storage priorities than a manufacturing facility. A hospital archive has different security and access requirements than a university athletics department. A municipal maintenance depot has different equipment accountability needs than a government records room. A provider who has worked extensively across multiple industries and facility types brings accumulated pattern recognition that an internal team or a generalist supplier cannot replicate.

When evaluating industry experience, look beyond years in business. Ask to see a portfolio of completed projects. Ask specifically about experience in your industry and with the type of challenge you are facing. Ask whether the consultants who will manage your project have personally worked on similar installations, not just whether the company has. Experience is only valuable if it is the experience of the people who will actually be responsible for your project. You can explore examples of Stor-It's completed work across Atlantic Canadian industries at stor-itsystems.com/our-work .

2. Consultation Before Quotation

The structure of the initial engagement tells you a great deal about what the rest of the relationship will look like. Providers who offer a price within 24 hours of an initial inquiry, without visiting the facility, reviewing existing systems, or understanding the operational context in any meaningful depth, are providing a number based on assumptions. When those assumptions are wrong, which they frequently are, the cost of correcting them falls on the customer.

A comprehensive consultation should include a walkthrough of the existing facility, a review of current storage systems and their limitations, conversations with the people who actually work within the space daily, identification of workflow bottlenecks and inefficiencies, analysis of current and projected inventory profiles, safety observations, and a clear discussion of budget and implementation constraints. This process takes time, and a provider who invests that time before presenting a recommendation is demonstrating that their goal is a successful outcome, not a quick transaction.

3. Product Breadth and Solution Flexibility

No single product solves every storage or material handling challenge, and no single product category addresses the full range of operational requirements within a complex facility. A strong partner offers genuine breadth across the storage and material handling spectrum and, more importantly, has the expertise to know when each solution is and is not appropriate.

A manufacturing facility may need pallet racking in the reserve storage zone, industrial shelving in the active pick area, modular workstations at assembly and packing stations, and dock levelers and vehicle restraints at the outbound threshold. A healthcare organization may need high-density mobile shelving for archives, secure cabinets for clinical supplies, and staff locker systems for a clinical change room renovation. A distribution centre expanding vertically may need a mezzanine structure that integrates with existing racking rather than a new building addition.

The right partner evaluates your specific workflow, inventory, space constraints, and operational objectives before recommending a combination of products that work together as an integrated solution. The goal is never to fit your operation into a standard package. It is to design a solution that fits how your operation actually runs, today and as it grows.

4. Installation Quality, Project Management, and Continuity

The quality of a storage investment is measured by far more than the specifications of the products installed. How those products are installed, by whom, under what level of oversight, and with what level of coordination around your operational schedule determines whether the project delivers its intended value or creates new problems while solving old ones.

Ask prospective partners who will manage your project from start to finish. Will a single point of contact oversee the process from initial consultation through final walkthrough, or will responsibility transfer between sales, design, and installation teams at each stage? How are site measurements verified before fabrication begins? How are layout drawings reviewed and approved? How is the installation phased if your facility needs to remain operational throughout?

For most Atlantic Canadian organizations, installation happens while normal business continues. Warehouses keep shipping. Manufacturers keep producing. Hospitals keep treating patients. Universities remain occupied. An experienced project manager understands how to sequence installation work around your operational schedule, maintain safe working conditions throughout, and communicate proactively when timelines shift. That capability is not universal, and the absence of it is one of the most common sources of project dissatisfaction. Our professional installation services are built around managing exactly these complexities.

5. Safety and Regulatory Knowledge

Industrial storage systems support significant loads in environments where forklifts, employees, and inventory interact continuously. Improper design, incorrect product selection, inadequate anchoring, or poor installation practices can introduce safety risks that may not be immediately visible but create real exposure over time. A material handling partner with genuine safety knowledge designs systems that eliminate these risks from the outset rather than creating compliance problems that need to be corrected later.

Relevant areas of safety expertise include rack load capacity engineering and placard requirements, proper anchoring to Canadian standards, seismic requirements applicable to Atlantic Canadian locations, correct aisle widths for the material handling equipment in use, forklift operating clearances, pedestrian separation, rack protection systems, and the structure of ongoing inspection programs that keep the system performing safely as the operation grows. Our warehouse safety programs and rack inspection and repair services reflect the importance we place on safety as an ongoing operational commitment, not a one-time installation checklist.

When evaluating any provider, ask directly how safety considerations were incorporated into their recommendation. A provider who cannot answer that question in specific terms is a provider whose recommendation was not built with safety as a primary design criterion.

6. Long-Term Partnership Capability

One of the most common and most costly mistakes organizations make is treating a storage project as a one-time purchase. Facilities evolve continuously. New product lines are introduced. Operations expand into new zones or new buildings. Technology changes the nature of picking and packing work. Additional employees are hired. Buildings are renovated. A storage system that was perfectly suited to the operation at installation may need to grow, adapt, or be extended within a few years.

A long-term partner already understands your facility, your operational goals, and the history of decisions that shaped the current system when that moment arrives. Expansion projects become faster and less expensive because the groundwork has already been laid. Recommendations become more strategic because the context is already understood. For organizations operating multiple facilities across Atlantic Canada, this accumulated institutional knowledge simplifies standardization and future expansion across locations in ways that starting from scratch with each project never can. Our preventative maintenance program is one of the ways we support this continuity after installation.

Why Local Presence Matters in Atlantic Canada

Atlantic Canada presents operational characteristics that national and international suppliers do not always appreciate or account for. Facilities are distributed across four provinces with varying transportation logistics, different provincial building code interpretations, different procurement requirements for public sector work, and weather patterns that affect construction schedules and installation timelines in ways that inland Canadian operations do not face to the same degree.

Working with a local partner means working with a team that already understands these realities. Response times for service requests are faster when the support team is in the region rather than managing Atlantic Canada accounts from a central Canadian office. Relationships with local trades and general contractors simplify coordination on larger projects. Knowledge of regional procurement frameworks reduces friction on institutional and government projects. Familiarity with the industries that drive each province's economy produces more relevant and better-calibrated recommendations.

There is also an accountability dimension that matters. When a partner operates within the communities they serve, the long-term success of each project is inseparable from their reputation and their continued ability to do business in the region. That dynamic produces a different level of commitment to outcomes than a transactional relationship with a supplier who does not depend on Atlantic Canadian relationships for their core business. Stor-It Systems has built its reputation across New Brunswick, Nova Scotia, PEI, and Newfoundland over nearly 50 years on exactly this basis. Learn more about our team and our history .

Red Flags to Watch for During the Quoting Process

Receiving multiple quotations is a normal and appropriate part of any significant purchasing process. But comparing line items and final totals rarely tells the full story of what each proposal actually represents. A lower number may reflect a simpler scope, different product specifications, excluded services, or a fundamental misunderstanding of the operational requirements. Here are the signals that indicate a provider is not positioned to serve as a genuine partner.

A quotation arrived without a site visit

If a provider delivers a proposal after only a phone call or an email exchange, without walking the facility, reviewing existing systems, or speaking with the people who work in the space, the proposal is built on assumptions. When those assumptions are wrong, the cost of correcting the gap falls on the customer. No meaningful storage solution can be accurately designed without seeing the facility and understanding the operation firsthand.

The recommendations look generic

Every facility is operationally different. A proposal that recommends the same product configuration regardless of your industry, your inventory profile, or your workflow suggests a catalogue-driven approach rather than a solution designed for your specific situation. If the proposal could have been sent to any warehouse in Atlantic Canada without modification, it was not designed for your warehouse.

Future growth was not discussed

A storage system should support the operation it is being designed for, not just the operation that exists today. If expansion capacity, modular flexibility, and future reconfiguration were not discussed during the evaluation process, the system being quoted may create expensive constraints within a few years. The best time to plan for growth is before installation, not after.

The installation process is vague

A proposal that does not clearly describe who manages installation, how the work is sequenced around operational needs, what the timeline looks like, and who is responsible for coordinating with other trades or facility contacts is a proposal that has not accounted for the complexity of professional installation. Vague installation terms are a reliable predictor of project management problems once the work is underway.

Post-installation support is not addressed

The relationship with a material handling partner should not end on the day the installation crew leaves. Ask directly what post-installation support looks like: are inspection services available, can replacement components be sourced, how are warranty issues handled, and who is the point of contact for future expansion planning? A provider who cannot answer these questions clearly is effectively ending the relationship at handover.

What a Great First Consultation Looks Like

A well-structured first consultation with a material handling partner should leave you with a clearer understanding of your own operation than you had going in. That is not a sales technique; it is the natural result of a process designed to surface the real operational drivers behind a storage challenge.

A comprehensive first consultation typically includes a walkthrough of the existing facility with attention to current layout, traffic flow, storage utilization, and safety conditions; a review of existing storage systems and their limitations; conversations with employees who interact with the storage environment daily, not just with management; identification of workflow inefficiencies and bottlenecks that may not be immediately visible; analysis of current inventory profiles and projected growth; and an honest discussion of budget, timeline, and implementation constraints.

What a good consultation does not do is conclude with an immediate product recommendation. The value of the consultation is in the understanding it produces. Recommendations that come from that understanding are more accurate, more durable, and more likely to deliver the operational outcomes the organization is actually looking for. Our guide on warehouse layout design covers how this approach applies specifically to facility layout decisions, and our guide on institutional storage solutions shows how it translates to the unique requirements of public sector and institutional clients.

The Stor-It Systems Difference

Stor-It Systems has been helping organizations across Atlantic Canada improve the way they store, move, and manage materials since 1978. That nearly five decades of experience across New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland has reinforced a consistent lesson: the best outcomes come from listening first.

We are an exclusive dealer for some of the most respected names in the storage and material handling industry, including Rousseau modular shelving and workstations, Space Aid Manufacturing pallet racking, Spacesaver high-density storage systems, and Lincora locker systems. That product breadth means we are not limited to recommending what we happen to sell; we can recommend what the operation actually needs and have access to the right product to deliver it.

More importantly, our process is built around understanding before recommending. Every project begins with a consultation that evaluates your facility, your workflow, your inventory, your people, and your growth plans before a single product is suggested. Our full range of services , from space planning and layout design through professional installation and ongoing maintenance support, are structured to support organizations through the complete project lifecycle, not just the purchasing decision.

Our success is measured not by the equipment we install but by the operational improvements our customers achieve and sustain over time. That is the standard we hold ourselves to on every project, and it is the standard you should apply when evaluating any storage and material handling partner.

Frequently Asked Questions

How early in the planning process should we involve a storage and material handling partner?
The earlier the better, and significantly earlier than most organizations typically do. Involving a partner during the initial planning or pre-construction stage often identifies layout opportunities, spatial efficiencies, and system design decisions that are far less expensive to implement before construction begins than to retrofit afterward. If you are planning a new facility, a building expansion, or a significant renovation, a storage consultant should be part of the planning conversation from the start, not brought in after the floor plan has been finalized.
Can existing storage systems be expanded rather than replaced?
In many cases, yes. Modular storage systems from manufacturers like Rousseau and Space Aid are specifically designed to accommodate future growth. Additional bays, frames, beams, and accessories can often be added to an existing installation without replacing the underlying structure, provided the existing components are in good condition and the new configuration is compatible. A professional assessment of the current system is the right first step before committing to either an expansion or a full replacement.
Does Stor-It Systems work with industries beyond warehousing and distribution?
Yes. Stor-It Systems serves manufacturers, distribution centres, educational institutions, healthcare organizations, municipalities, provincial and federal government departments, automotive operations, utilities, commercial businesses, and public institutions throughout Atlantic Canada. Storage and material handling challenges are present in virtually every operational environment, and our team has experience designing solutions across all of these sectors. You can see examples of completed work across industries at stor-itsystems.com/our-work .
What information should we prepare before requesting a consultation?
The more context you can provide, the more productive the first conversation will be. Useful information includes building dimensions and ceiling height, current inventory volumes and product dimensions, existing equipment and storage systems, your primary operational challenges, growth projections for the next three to five years, and any regulatory or compliance requirements specific to your industry. A floor plan is helpful if one is available, but not required. Our team can help develop an accurate picture of the facility and the operation during the consultation process. Book a consultation here.
What makes a local Atlantic Canada partner different from a national supplier?
Local expertise means faster response times, a working knowledge of regional procurement processes and building code requirements, established relationships with Atlantic Canadian trades and contractors, and a long-term presence in the communities where your facilities operate. It also means accountability: a local partner's reputation depends on the quality of the work they do in the region, which produces a different level of commitment to outcomes than a transactional relationship with a supplier whose core business is elsewhere. Stor-It Systems has operated across all four Atlantic provinces for nearly 50 years. That regional depth is not something that can be replicated by a company managing Atlantic Canada as a secondary market.
What does post-installation support look like with Stor-It Systems?
The relationship does not end at installation. Stor-It Systems provides preventative maintenance programs , rack inspection and repair services , warehouse safety programs , and ongoing support for future expansion and system modifications. When your operation grows or changes, our team already understands your facility and your system, which makes future projects faster, less disruptive, and more cost-effective than starting from scratch with a new supplier.

Choose a Partner, Not Just a Supplier

Choosing a storage and material handling partner is one of the most consequential facility decisions an Atlantic Canadian organization makes. The right partner does not simply provide equipment. They help improve operational efficiency, maximize available space, enhance workplace safety, and support the organization's growth over years and decades. When recommendations are built on genuine consultation rather than a catalogue, every solution becomes more intentional, more integrated, and more aligned with how the operation actually works.

For nearly 50 years, organizations throughout New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland have trusted Stor-It Systems to deliver storage and material handling solutions built around their specific operational challenges. We believe every project starts with listening, every recommendation should solve a real problem, and every customer relationship should continue delivering value long after the installation is complete.

If you are evaluating storage and material handling partners for an upcoming project, we would welcome the opportunity to demonstrate what a consultation-first approach looks like in practice. Book a free consultation with our team today.

Facility Storage for Institutions: How Universities, Hospitals, and Government Organizations in Atlantic Canada Manage Complex Storage Needs

Wed, 29 Jul 2026 15:30:03 GMT

Managing storage within an institutional environment is rarely as straightforward as adding another shelving unit or ordering additional cabinets. Universities, hospitals, municipalities, and government agencies each operate under a set of demands where organization, accessibility, accountability, security, and long-term planning carry as much weight as simply maximizing available space. The people and missions these organizations serve depend on storage systems that work reliably, every day, in environments that cannot afford to slow down for a disorganized supply room or an inaccessible archive.

Unlike a warehouse focused primarily on inventory movement, institutional facilities manage a diverse mix of assets: archived patient documentation, research materials, maintenance inventory, laboratory supplies, athletic equipment, emergency response assets, government records, and the personal belongings of hundreds or thousands of employees. Many of these items must remain secure, clearly organized, and accessible to the right people while meeting internal policies, accreditation requirements, or regulatory obligations. The stakes for getting storage wrong are higher than they might appear on a floor plan.

For organizations throughout New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland, the most practical and cost-effective path forward is rarely a new building or an off-site storage contract. It is making better, more deliberate use of the space already available. That is where thoughtful, consultation-led storage planning makes the difference.

Stor-It Systems has partnered with public institutions, healthcare organizations, educational facilities, and government agencies across Atlantic Canada for nearly 50 years. Every project begins not with a product catalogue but with an understanding of how the organization works, how departments interact, and how storage systems can support operational success over the long term. This guide covers the four most common institutional storage challenges we encounter, how each maps to a specific storage solution, and what to look for in a partner capable of delivering results in complex institutional environments.

Why Institutional Storage Requires a Different Approach

Institutional storage projects involve considerations that rarely appear in commercial or industrial storage work. Decisions move through multiple stakeholders: facilities managers, procurement teams, department heads, maintenance personnel, infection control leads, and executive leadership, each bringing different priorities to the table. Maximizing budget, improving workflow efficiency, meeting security requirements, maintaining accessibility standards, and planning for future growth may all need to be addressed simultaneously within a single project scope.

Because of these competing priorities, the lowest-cost solution is almost never the best long-term investment in an institutional setting. Durable, adaptable storage systems that reduce lifecycle replacement costs, support changing operational requirements, and integrate with surrounding workflows consistently deliver more value than lower-cost alternatives that require full replacement within a few years of installation.

Operational continuity is another consideration that distinguishes institutional work. Hospitals continue caring for patients during renovations. Universities remain fully operational through academic terms. Government offices serve the public throughout upgrades. Storage projects must be planned and sequenced to maintain safe access, protect ongoing operations, and allow departments to continue functioning effectively while improvements are underway. This requires experience, not just products.

The most successful institutional storage projects in Atlantic Canada share a common characteristic: they begin with a thorough understanding of how the facility operates before a single product is recommended. Workflows, inventory profiles, access patterns, compliance requirements, and five-to-ten-year growth plans all inform the design. The result is a storage system tailored to the institution, not a generic solution that forces the institution to adapt.

Challenge One: Managing Records, Archives, and Information

Despite the continued expansion of digital systems, physical records remain an essential and growing responsibility for most institutional organizations. Healthcare facilities maintain archived patient documentation, compliance records, and historical clinical files that may need to be retained for decades. Universities preserve research materials, engineering drawings, student archives, and special collections. Municipalities and government agencies retain permits, legal files, engineering documents, and administrative records under statutory retention schedules that can span generations.

Traditional static shelving manages these materials in the most space-inefficient way possible. Every row of shelving requires a permanent aisle dedicated to access, which means a significant portion of the room's floor area is permanently occupied by empty walkways rather than storage. As collections grow, organizations frequently assume they need additional rooms, a building addition, or an off-site storage contract when, in many cases, their existing footprint could support two to three times the current capacity with a better storage system.

High-density mobile shelving systems , such as the Spacesaver systems available through Stor-It Systems, provide a fundamentally more efficient alternative. Rather than maintaining multiple permanent aisles, shelving units move along precision floor tracks, creating access only in the location where an employee needs it at any given moment. The result is storage density that can exceed static shelving by 50 percent or more within the same floor area, without adding square footage to the building envelope.

Beyond maximizing space, mobile storage systems improve organization by creating consistent, permanent locations for every category of material. They enhance security by allowing access control to be applied at the row level. They reduce document retrieval time by eliminating the search across multiple aisles. And they create a cleaner, more professional records environment that reflects well on the institution and simplifies audit and compliance processes.

For institutions managing thousands or tens of thousands of physical files, the long-term cost avoidance associated with eliminating or deferring facility expansions consistently outweighs the initial investment in a high-density system. Our guide on maximizing storage capacity without expanding your building covers the broader principles behind this approach.

Challenge Two: Equipment Accountability and Operational Readiness

Institutional facilities manage an extraordinary variety of physical assets that must be available when needed, in good condition, and stored where they can be found quickly. Maintenance departments rely on specialized tools and replacement components that may be critical to resolving an urgent facilities issue. Healthcare facilities manage clinical equipment, support inventory, and operational supplies that directly affect patient care. Universities oversee laboratory instruments, athletic equipment, IT hardware, and maintenance inventory across dozens of departments and buildings. Municipal operations maintain public works inventory, emergency response equipment, fleet maintenance tools, and seasonal assets that must be located reliably when they are needed.

When these items are stored without a structured system, the consequences extend well beyond clutter. Employees spend measurable time searching for equipment before every use. Duplicate purchases occur because existing inventory cannot be located, creating waste and inflating operating budgets. Maintenance schedules slip because the right part is not where it is supposed to be. Valuable assets are damaged through improper storage or lost entirely. These losses do not appear as a single line item; they accumulate invisibly across hundreds of small operational friction points every week.

Purpose-built industrial cabinets , modular drawer systems, configurable industrial shelving , and organized parts storage create clear accountability structures that address these problems at the source. When every tool, component, and supply has a designated location, employees know where to find it, where to return it, and when it needs to be replenished. Inventory counts become faster and more accurate. Maintenance response times improve. And the operational confidence that comes from knowing critical assets are organized and accessible allows institutional teams to focus on serving students, patients, residents, and communities rather than managing disorganized supply rooms.

Well-designed equipment storage also improves workplace safety by reducing unnecessary handling, eliminating trip hazards created by improperly stored materials, and ensuring frequently used items are positioned at ergonomically appropriate heights. For more on how workstation and storage design affects safety and productivity together, see our guide on ergonomic workspaces in industrial facilities .

Challenge Three: Staff Lockers and Personal Storage

Personal storage is consistently one of the most underestimated components of an institutional facility, yet it plays a direct role in employee experience, operational organization, and workplace culture. Healthcare professionals, maintenance technicians, first responders, municipal employees, university staff, and recreation personnel all require secure, durable storage for uniforms, personal belongings, equipment, and specialized work apparel. In clinical environments, locker systems also support infection control procedures, clean-and-dirty clothing separation, and secure storage for sensitive personal protective equipment.

Traditional locker systems frequently fail institutional environments. They damage quickly under daily use by large employee populations. They provide limited flexibility as departments grow or operational requirements change. And they often fail to meet the evolving expectations of employees who increasingly view the quality of their work environment as a meaningful factor in their decision to stay with an organization.

Modern institutional locker systems , such as the Lincora systems available through Stor-It Systems, offer a fundamentally different level of configurability and durability. Depending on the application, facilities can incorporate full-height and half-height configurations, ventilated lockers for healthcare and recreation environments, day-use and permanent employee assignments, electronic locking and digital access control, device charging capabilities, mixed-size compartments for specialized equipment storage, and antimicrobial finishes for clinical applications where infection control is a regulatory and operational priority.

The modular design of modern locker systems also makes future expansion significantly more practical. As staffing levels grow or departments reorganize, systems can be extended or reconfigured without replacing the entire installation. For institutions planning a new locker room, a healthcare facility renovation, or an athletic centre upgrade, designing the system with future flexibility in mind is one of the most cost-effective decisions that can be made at the planning stage.

Organized, well-designed locker facilities also contribute to a more professional first impression for incoming employees, students, and visitors, an increasingly important consideration for institutions competing for talent and working to establish strong organizational cultures.

Challenge Four: Laboratory and Technical Supply Organization

Laboratories, engineering departments, maintenance shops, research facilities, and technical service areas present some of the most demanding storage requirements found in any institution. Unlike general office or administrative environments, these departments manage thousands of specialized components that vary dramatically in size, weight, fragility, access frequency, and security requirements. Fasteners, electrical components, testing equipment, precision instruments, chemicals, replacement parts, and calibration tools must be organized in ways that make them quickly retrievable by qualified personnel while protecting them from damage, contamination, or unauthorized access.

When storage systems fail to support these requirements, the operational impact is immediate. Employees spend time searching for materials rather than performing technical work. Sensitive instruments are damaged through improper storage. Consumable inventory is over-ordered because existing stock cannot be located, driving up supply costs while cluttering the workspace with excess materials. Valuable bench space disappears under items that have no permanent designated location. And in regulated laboratory environments, the inability to demonstrate organized, accountable storage of certain materials can create compliance exposure.

Modular storage systems address these challenges through flexibility and specificity rather than fixed, one-size-fits-all layouts. Industrial drawer cabinets with configurable interior dividers organize small components precisely. Adjustable shelving accommodates equipment of varying dimensions without wasted vertical space. Secure cabinets protect sensitive or regulated materials while maintaining accessibility for authorized users. High-density storage configurations recover floor space in environments where every square foot of bench and work area is valuable. And modular workstations integrate storage with the work surface itself, creating organized technical environments where everything needed for a task is within reach.

One of the most significant advantages of modular technical storage is its ability to evolve alongside the laboratory or shop. When equipment changes, processes are updated, or departments expand, layouts can be reconfigured without replacing the entire system. For institutions managing capital budgets carefully and planning storage investments to last a decade or more, this adaptability is as important as any individual product specification.

Why Consultation-Led Design Delivers Better Long-Term Results

One of the most common misconceptions about institutional storage projects is that success depends primarily on selecting the right products. In practice, the product selection is only one part of the outcome. The more important variable is whether the storage system was designed around how the institution actually operates.

Every organization has different workflows, operational priorities, security requirements, staffing patterns, and growth plans. A university research laboratory functions very differently from a municipal public works facility. A hospital archive has different access and security requirements than an athletic equipment room. Even departments within the same institution often require completely different storage strategies within a single building. A storage system that works well in one environment may actively create problems in another if it was selected based on product specifications rather than operational fit.

Stor-It Systems approaches every institutional project through consultation before any recommendation is made. Rather than starting with a product catalogue, the process starts with questions about how the organization works today and where it needs to go:

What challenges are employees experiencing with the current storage environment?
Where are bottlenecks and inefficiencies occurring in daily operations?
Which assets require enhanced security or controlled access?
How might staffing levels, inventory profiles, or operational requirements change over the next five to ten years?
Can the existing space be better utilized before considering a building addition or off-site storage?

Answering these questions produces a storage design that supports institutional operations rather than simply occupying floor space. The result is a system that solves today's challenges while remaining adaptable to the changes that will inevitably come. Our consultation and design services are built specifically around this process.

Institutional Work Across Atlantic Canada

Over nearly five decades, Stor-It Systems has partnered with organizations throughout New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland to deliver storage solutions tailored to complex institutional environments. These projects have covered the full range of institutional storage challenges, from high-density archive systems and healthcare locker room renovations to laboratory storage upgrades and government facility reorganizations.

Organizations we have worked with include Dalhousie University, the Dalplex Athletic Centre, St. Joseph's Hospital, Oromocto Public Hospital, the Government of New Brunswick Department of Transportation and Infrastructure, and Asante Truro, among others. Each project presented a different set of operational requirements, procurement constraints, and long-term planning objectives. The consistent thread across all of them was that the best outcome came from understanding the institution first and recommending products second.

The breadth and calibre of these institutional relationships reflects something that cannot be replicated by a product-first supplier: the accumulated experience of working through real operational challenges in real Atlantic Canadian institutions, and the trust that comes from delivering on those commitments over time. Our project gallery provides further examples of institutional work completed across the region.

Choosing the Right Institutional Storage Partner

Selecting a storage partner for an institutional environment is a decision that extends well beyond comparing product specifications or obtaining the lowest quote. The right partner needs to understand how the organization operates today and how to prepare it for operational changes, evolving regulations, and growth over the next decade. Here are the most important considerations when evaluating providers for institutional storage work in Atlantic Canada.

Does the provider start with consultation, not products?

Every institution is operationally unique. A quality storage partner invests time understanding your workflows, operational challenges, available space, compliance requirements, and long-term growth objectives before making any product recommendation. If a provider's first response to a storage inquiry is a product catalogue rather than a conversation about how your organization works, that is a meaningful signal about the quality of the outcome you can expect.

Can the solution grow with the organization?

Institutional facilities evolve. Departments expand, regulations change, technology updates, and operational priorities shift over years and decades. Modular storage systems that can be expanded, reconfigured, or adapted to new requirements provide far greater long-term value than fixed solutions that require complete replacement when circumstances change. At the institutional scale, the difference in lifecycle cost between an adaptable system and a fixed one is often substantial.

Is the equipment built for institutional-grade daily use?

Hospitals, universities, municipalities, and government facilities operate continuously. Storage systems in these environments face far heavier daily use than comparable commercial applications, and the cost of a system failing prematurely, including replacement, disruption, and the operational gaps created during the transition, is significant. Durability, reliability, and ease of maintenance should be primary evaluation criteria alongside appearance and initial cost.

Does the provider offer complete project support?

Successful institutional storage projects extend well beyond product delivery. Space planning, layout design, procurement coordination, professional installation , and post-installation support all contribute to a smoother implementation and a better long-term outcome. Providers who manage only part of the process leave institutions coordinating the gaps themselves, which adds complexity and risk to projects that are already operationally sensitive.

Is there local expertise and a local presence?

Working with a team that understands Atlantic Canada's institutional landscape, procurement processes, and regional operational requirements provides a meaningful level of confidence that out-of-region suppliers cannot offer. Local presence also means faster response times, established relationships with regional trades and facilities contacts, and continued support well after installation is complete. When a question or issue arises six months or two years after a project closes, a local partner is there to respond.

Frequently Asked Questions

What types of institutions benefit most from customized storage solutions?
Universities, colleges, hospitals, long-term care facilities, municipalities, provincial and federal government departments, schools, recreation centres, emergency services organizations, research facilities, and public agencies all benefit from storage systems designed around their specific operational requirements. The common thread is complexity: multiple stakeholders, diverse asset types, compliance obligations, and the need for systems that will serve the institution reliably for years rather than months.
Can existing storage rooms be upgraded without expanding the building?
In most cases, yes, and often significantly. Through improved layouts, high-density mobile shelving , modular storage systems, and better space utilization, institutions regularly recover 40 to 100 percent more usable storage capacity within their existing footprint. A professional assessment of the current space is the most reliable way to understand what is possible before committing to a building expansion or off-site storage contract.
How long do institutional-grade storage systems typically last?
High-quality institutional storage systems, properly specified and professionally installed, are designed for decades of daily use. The Rousseau, Spacesaver, and Lincora systems we supply to Atlantic Canadian institutions are built to institutional standards and carry the load ratings, finish durability, and structural integrity required for high-frequency, long-term operation. Investing in the right system at the outset consistently produces lower lifecycle costs than replacing lower-quality alternatives every five to eight years.
Can storage systems be customized for specific departmental requirements?
Yes, and this is one of the primary advantages of the systems Stor-It Systems provides to institutional clients. Shelving configurations, cabinet dimensions and locking options, locker sizes and hardware, workstation layouts, and mobile storage track configurations can all be specified to match the operational requirements of individual departments rather than forcing departments to adapt to standard product dimensions. Modular designs also allow configurations to be changed as requirements evolve without replacing the entire system.
Can Stor-It Systems work within public sector procurement requirements?
Yes. Stor-It Systems has extensive experience working within the procurement frameworks applicable to public universities, health authorities, municipalities, and provincial government departments across Atlantic Canada. Our team understands the documentation, timelines, and approval processes common to institutional procurement and can support your organization through the process from initial consultation through final installation sign-off.
Does Stor-It Systems serve institutions throughout all of Atlantic Canada?
Yes. We serve institutional clients throughout New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland. Our team has completed institutional projects across all four provinces for clients in healthcare, education, government, public safety, recreation, and research environments. Contact us here to discuss your project.

Storage That Supports Your Institution's Mission

Institutional storage is not a facilities management detail. It is an operational foundation that affects how effectively every department can do its work. Well-planned storage systems improve efficiency, enhance workplace safety, protect valuable and irreplaceable assets, support regulatory compliance, and create environments where employees can focus on serving students, patients, residents, and communities rather than working around disorganized, inaccessible, or inadequate storage.

Whether the challenge is a hospital records archive growing beyond its current room, a university athletic facility in need of a modern locker system, a government maintenance depot that cannot keep track of its inventory, or a research laboratory where the workbench has disappeared under unshelved supplies, the solution begins with understanding the problem in its operational context, not with selecting a product from a catalogue.

That is the approach Stor-It Systems has applied to institutional storage work across Atlantic Canada for nearly 50 years. It is why organizations like Dalhousie University, NB Power, St. Joseph's Hospital, and Oromocto Public Hospital have trusted us with their facilities, and why many of those relationships have continued across multiple projects and decades.

If your institution is managing storage challenges that are affecting operational efficiency, compliance, employee experience, or long-term planning, the most productive first step is a conversation. Book a free consultation with our team today.

Ergonomic Workspaces in Industrial Facilities: How the Right Setup Reduces Injury and Improves Productivity

Mon, 27 Jul 2026 20:01:23 GMT

A high-performance industrial facility depends on more than efficient product flow and well-planned storage. The people working within that facility need workspaces designed around the tasks they perform every day. When employees repeatedly bend, reach, twist, lift, grip, or stand in uncomfortable positions for hours at a time, the results accumulate: fatigue sets in earlier in the shift, productivity drops, errors increase, and the risk of a workplace injury that puts someone off the floor for days or weeks climbs steadily.

For employers across Atlantic Canada, this is not a theoretical concern. Workplace musculoskeletal injuries are among the most common and most costly claims processed by provincial workers compensation boards in New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland. Many of them are preventable. A meaningful portion trace directly to workstations and work environments that were never designed with the employee in mind.

Ergonomic workspace design changes that equation. It is the practice of fitting the work environment to the employee rather than requiring the employee to adapt to a poorly configured setup. In warehouses, maintenance shops, manufacturing plants, packing areas, parts counters, and technical workrooms throughout Atlantic Canada, this means adjustable work surfaces, logical tool placement, integrated storage, proper lighting, and a workspace layout that eliminates unnecessary movement from every task. Done correctly, it reduces injury, improves daily output, and creates a more sustainable working environment for every person on the floor.

This guide covers what ergonomics actually means in an industrial setting, the six risk factors that cause most industrial workplace injuries, how workstation design addresses them directly, what well-designed workstations include, and how Stor-It Systems approaches workspace planning for Atlantic Canadian operations.

The Hidden Cost of a Poorly Designed Workspace

The cost of poor ergonomics is rarely obvious because the work is still getting done. Employees are completing tasks. Orders are going out. The operation appears functional. But underneath that surface, small inefficiencies and physical stresses accumulate across every shift, every week, every year.

Employees working at the wrong surface height take slightly longer on every task. Workers who have to search for tools before each step lose seconds that multiply across hundreds of repetitions. Employees straining to reach materials outside their comfortable range experience fatigue that reduces their output and accuracy in the second half of every shift. None of these losses appear on a single report. They show up as throughput that never quite hits its potential, error rates that sit slightly above acceptable, turnover in positions that should have low attrition, and injury claims that leadership assumes are simply part of doing industrial work.

The direct costs are real and measurable: WCB claims, medical treatment, modified duties, replacement labour, and overtime to cover absences. The indirect costs are often larger: reduced productivity during recovery, training time for replacement employees, lower team morale, and inconsistent quality from staff who are working through discomfort. Research from ergonomics and occupational health organizations consistently finds that the indirect costs of a workplace musculoskeletal injury run two to five times higher than the direct costs alone.

The facilities that take ergonomics seriously tend to discover the same thing: the investment in proper workstation design pays back faster than expected, not because it is cheap to implement, but because the losses it eliminates were costing far more than they appeared to.

What Ergonomics Actually Means in an Industrial Setting

Ergonomics is typically associated with office chairs and desk heights, which causes many industrial operations to underestimate its relevance. Industrial ergonomics is a much broader discipline. It examines how employees physically interact with work surfaces, tools, equipment, storage systems, materials, and the environment around them across the full duration of a shift.

In an industrial facility, ergonomic design applies to assembly benches, maintenance stations, packing tables, shipping areas, parts counters, tool rooms, inspection stations, manufacturing cells, and active picking locations. The objective is to reduce unnecessary physical strain while making each task easier, safer, and more consistent to perform, shift after shift.

Critically, ergonomics is not a single product decision. It is a design discipline applied to the complete task. A workstation at the right height with poor tool placement still creates unnecessary reaching. A workstation with excellent tool placement and poor lighting creates visual strain and increases error rates. An adjustable bench that requires two people and ten minutes to reconfigure provides no real benefit in a multi-shift environment. The best ergonomic outcomes come from evaluating the complete work process, the employee, the task, the materials, the tools, the environment, and the surrounding storage systems, and designing around all of them together.

The Six Ergonomic Risk Factors in Warehouses and Industrial Facilities

Most ergonomic challenges in industrial facilities across Atlantic Canada can be traced to six well-established risk factors. Understanding them makes it straightforward to identify where workstation design changes will have the greatest impact.

1. Awkward Posture

Awkward posture occurs when employees work outside a comfortable, neutral body position. Common examples include bending over a work surface that sits too low, reaching above shoulder height to access materials, twisting the torso to retrieve items stored to the side, or holding the neck at an uncomfortable angle to view a monitor or document. Poor workstation height and inefficient storage placement are the most frequent causes in warehouse and industrial environments. Even modest deviations from a neutral posture, sustained over the course of a shift, create cumulative strain on the muscles and joints involved.

2. Repetitive Motion

Repetitive motion involves performing the same movement continuously or frequently without adequate variation or recovery time. Packing, sorting, assembly, scanning, fastening, labeling, and small-parts handling can all create high repetitive demands. The risk increases significantly when repetitive movement is combined with poor posture, high force requirements, or awkward reach distances. This combination is common in packing stations that were not designed with the specific task in mind.

3. Contact Stress

Contact stress occurs when a hard or sharp surface presses against part of the body during work. Examples include resting wrists against the sharp edge of a workbench during assembly, leaning forearms on an unpadded surface during detailed work, or gripping tools with hard handles for extended periods. Individually these may feel minor. Sustained over a full shift and repeated across months, they can affect circulation, nerve function, and soft tissue health in ways that create lasting injury.

4. Excessive Force

Excessive force refers to the amount of physical effort required to complete a task. Lifting heavy materials from floor level, pushing loaded carts over uneven surfaces, gripping tight fasteners, and handling awkward or oversized products all increase strain. The height and location of materials at the point of use often determines whether a task can be completed safely or requires unnecessary physical exertion. A box stored at floor level that must be picked several hundred times per shift creates far more cumulative strain than the same box positioned at waist height.

5. Vibration

Vibration is transmitted through powered hand tools, grinding equipment, machinery, and vehicles. Regular exposure contributes to fatigue and discomfort, particularly in the hands and arms, and can over time affect grip strength and fine motor control. While workstation design cannot eliminate every vibration source, thoughtful tool organization, proper support surfaces, and task planning that limits continuous vibration exposure can reduce the cumulative impact.

6. Extreme Temperature

Cold storage environments, loading docks, outdoor work areas, and hot industrial spaces all increase physical stress in ways that compound other ergonomic risk factors. Cold temperatures affect grip strength, dexterity, and concentration. Heat accelerates fatigue and reduces focus. Ergonomic workspace planning should account for the thermal environment, not only the physical workstation, particularly in Atlantic Canada facilities that work across refrigerated storage, dock areas, and heated production zones within the same operation.

How Workstation Design Addresses Ergonomic Risk

A well-designed industrial workstation directly reduces four of the six primary ergonomic risk factors: awkward posture, repetitive motion, contact stress, and excessive force. It does this by bringing work to the employee at the right height and position, organizing tools and materials in a logical sequence around the task, and allowing the setup to be adjusted for different employees, shifts, and processes.

An adjustable-height work surface allows employees to maintain a neutral posture whether they are performing precision assembly, packing cartons, inspecting components, or completing paperwork. When the surface height can be set to match the task and the employee, the awkward bending, reaching, and twisting that cause most soft tissue injuries are eliminated at the source rather than managed after the fact.

Integrated storage that places frequently used tools and materials within the primary reach zone eliminates the lateral reaching, twisting, and step-away movements that add repetitive motion to every task cycle. When a packing employee does not need to turn and step to retrieve tape, labels, and cartons because all three are positioned within arm's reach at the correct height, the cumulative motion reduction across a full shift is significant.

Rounded workbench edges, appropriate surface textures, and properly designed tool handles reduce contact stress on the wrists, forearms, and hands. Positioning heavy materials between knee and shoulder height, rather than storing them on the floor or on overhead shelving, reduces the force required to handle them and eliminates the bending and overhead reach that create the highest injury risk.

Together, these design decisions do not require employees to work harder or be more careful. They make the task inherently easier and safer to perform consistently, regardless of the individual employee's experience level or physical condition.

What a Well-Designed Industrial Workstation Includes

Every industrial application is different, but effective workstations share several features that consistently deliver better ergonomic and operational outcomes.

Adjustable Work Surfaces

A work surface should be set at the height appropriate for the specific task being performed. Precision tasks requiring fine motor control benefit from a higher surface that brings the work closer to the eyes. Tasks involving force, heavy components, or large movements benefit from a lower surface that provides better leverage and reduces shoulder elevation. In facilities where multiple employees share a station across shifts, or where the task varies throughout the day, height-adjustable workstations allow the same station to serve different people and different processes without compromise.

Integrated Storage

Drawers, cabinets , shelves, bins, pegboards, and tool panels should be organized according to frequency of use. Items used on every task cycle belong within the primary reach zone, directly in front of the employee and between waist and shoulder height. Items used occasionally can be stored farther away or above and below the primary zone. Items used rarely should be stored separately. This organization eliminates the searching, walking, bending, and overhead reaching that waste time and create physical strain on every task. It also improves accountability for tools and parts, which reduces loss and simplifies end-of-shift organization.

Proper Task Lighting

Lighting affects visibility, accuracy, and fatigue in ways that are easy to underestimate until they are corrected. Insufficient or poorly positioned lighting forces employees to lean forward, squint, reposition work pieces, and increase their focus intensity to compensate for what they cannot see clearly. Task lighting positioned to illuminate the work surface without creating glare or shadow improves inspection accuracy, assembly precision, and label reading speed. It also reduces the visual fatigue that contributes to errors and discomfort later in the shift.

Correct Tool and Material Placement

Tools, materials, monitors, scanners, and documentation should be positioned to follow the natural sequence of the work. An employee who completes a task in a consistent left-to-right or front-to-back sequence should have materials positioned to support that motion, not to interrupt it. Heavy or frequently handled items should sit within the safest lifting zone. Controls and displays should be readable without sustained neck rotation or trunk twisting.

Modular and Adaptable Design

Industrial processes change. Product lines evolve, staffing changes, and facilities expand. Workstations built from modular components can be reconfigured as the operation changes rather than replaced. This protects the initial investment and gives facility managers the flexibility to adapt the workspace to new requirements without starting over. It also simplifies the process of testing different configurations before committing to a final layout.

The Rousseau Workstation System

Rousseau industrial workstations, available through Stor-It Systems , provide a modular, fully configurable solution for demanding warehouse, manufacturing, maintenance, and technical environments across Atlantic Canada. The system is designed to be built around the specific work being performed rather than requiring the operation to adapt to a fixed bench configuration.

Work surfaces support loads up to 3,000 pounds, making Rousseau workstations appropriate for genuinely heavy industrial applications. The modular design supports a full range of accessories including adjustable-height surfaces, drawers, cabinets, open shelving, pegboards and tool panels, lighting systems, power distribution, monitor and document holders, bins, and specialized storage for specific tooling or components.

Because the system is modular, it can be reconfigured as operational requirements change. A station built for packing today can be adapted for assembly or quality inspection tomorrow by changing the surface, accessories, and storage configuration. This flexibility is particularly valuable for Atlantic Canadian facilities where operational diversity, changing product lines, and growing businesses mean that a workstation installed today needs to remain useful for years, not just for the current process.

The correct Rousseau configuration depends on the task being performed, the materials being handled, the employee workflow, the available floor space, and the surrounding storage and material handling systems. Getting that configuration right is a design exercise as much as a purchasing decision, which is why Stor-It Systems approaches workstation projects through a consultation and design process rather than a standard product selection.

How Ergonomic Improvements Create Measurable ROI for Atlantic Canadian Operations

Ergonomic improvements should not be viewed exclusively as a safety or compliance expense. When properly planned and implemented, they create measurable operational value that shows up in multiple performance indicators simultaneously.

The most direct return comes from injury reduction. A workplace musculoskeletal injury in an Atlantic Canadian industrial facility typically generates direct costs through WCB claims, medical treatment, modified duty pay, and temporary replacement labour. The indirect costs, including productivity loss during recovery, overtime to cover the absence, training for replacement workers, and the slower output of an employee returning to full duty, routinely exceed the direct costs by a significant margin. Preventing even one serious soft tissue injury annually often returns more value than the full cost of a workstation improvement project.

Beyond injury prevention, ergonomic workstations improve throughput by reducing wasted motion in every task cycle. Consider a packing station where employees walk several steps to retrieve supplies, bend to access cartons from a floor-level stack, and reach across an oversized surface for labels. Reorganizing that station to place all three within the primary reach zone may save only a few seconds per order. Across 200 to 400 orders per shift, across multiple employees, across 250 operating days per year, those seconds become hours of recovered productive time.

Ergonomic improvements also affect employee retention in ways that matter more than they once did. Atlantic Canada's industrial labour market is tight. When experienced employees leave because a job has become physically difficult over time, the cost of replacing them, in recruiting, onboarding, and the slower output of an inexperienced replacement, is significant. Workstations that can be adjusted for different employees and different physical capabilities give operations greater staffing flexibility and may extend the working careers of experienced people who would otherwise be unable to continue in physically demanding roles.

Planning an Ergonomic Workspace Improvement

The most effective ergonomic improvements begin with observation, not a product catalog. Facility managers should watch how employees actually complete the work, not how the process is documented. Watching a task from start to finish typically reveals reaching patterns, searching behavior, repositioning steps, and physical workarounds that do not appear in a written procedure and would never be identified without seeing them in context.

A practical assessment should evaluate the employee performing the task, the task itself from start to finish, the materials and tools used, the current work surface, the surrounding storage, the lighting, and the traffic flow around the station. Employee input is essential. The people performing the work every day can identify frustrations, awkward steps, and inefficiencies that are invisible from a drawing or a management walkthrough. Collecting that input directly is one of the fastest ways to identify where an ergonomic improvement will have the greatest impact.

Once the task and risk factors are understood, the workstation can be designed around the operation. This may involve replacing a fixed bench with an adjustable system, adding modular storage, improving task lighting, reorganizing tool placement, or integrating the station with nearby industrial shelving and material handling systems to improve the complete workflow rather than just the immediate work surface.

Professional consultation is particularly valuable when a facility is adding multiple workstations, redesigning a department, introducing new processes, or coordinating ergonomic improvements with a broader facility layout project . Proper planning ensures that workstations are configured around the complete process and can adapt as the operation changes. It also ensures that the workstation design integrates with surrounding storage, equipment, and traffic flow rather than creating new friction points in a different location.

The Stor-It Systems Advantage

Stor-It Systems has been helping organizations across Atlantic Canada create safer, more productive work environments since 1978. We serve businesses throughout New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland, from growing local operations to large institutional employers, manufacturing facilities, government organizations, and industrial operations of every scale.

As an exclusive dealer for Rousseau industrial workstations and storage systems, we have direct access to one of the most comprehensive modular workstation product lines available in the Canadian market. More importantly, we have the regional experience and the consultation-led process to make sure that the system recommended is the right one for the specific task, the specific employee environment, and the specific facility, not a generic solution applied without context.

Our process begins with understanding the work before recommending a product. We evaluate the tasks performed at each station, the risk factors present, the workflow between stations and surrounding storage, the physical environment, and the growth and change expectations for the area. We then design a workstation configuration that addresses the ergonomic concerns, supports the operational flow, and integrates with the rest of the facility's storage and material handling systems. Our installation services ensure the system is set up correctly from day one, and our ongoing support keeps it performing as the operation evolves.

Examples of how this approach translates to real Atlantic Canadian facilities can be found in our project gallery .

Frequently Asked Questions

Does improving industrial workstation ergonomics require a formal professional assessment?

Not every improvement requires formal external assessment. Simple changes such as reorganizing tool placement, raising a work surface on adjustable legs, or adding task lighting can often be completed internally with strong results. A professional assessment becomes valuable when the work involves heavy materials, highly repetitive tasks, shared stations with multiple employees of different physical dimensions, documented injury concerns, or a larger facility redesign where workstation changes need to integrate with layout, storage, and traffic flow decisions. Professional input ensures the workstation is configured around the complete process and can support future operational changes, not just the immediate concern.

What is the practical cost difference between a standard fixed workbench and an adjustable modular workstation?

Adjustable and modular workstations carry a higher initial cost than basic fixed benches because they include stronger structural components, adjustment mechanisms, and configurable storage options. The total difference depends on size, surface capacity, accessories, and application. When evaluating the investment, the relevant comparison is not the purchase price of the two benches but the total cost of ownership over the expected life of the station, including avoided injury costs, productivity gains, and the flexibility to reconfigure the station as the operation changes rather than replacing it.

Can an existing workstation be improved without full replacement?

In many cases, yes. Existing workstations can often be improved by adding modular storage components, improving lighting, installing tool panels, adding anti-fatigue matting for standing positions, or reorganizing the surrounding material placement. Full replacement becomes more appropriate when the current surface is at the wrong fixed height for the task, lacks the load capacity required, cannot be meaningfully modified, or no longer supports the workflow safely or efficiently. An assessment of the existing station is usually the right first step before committing to either approach.

Should every industrial workstation be height adjustable?

Not necessarily. A fixed-height workstation designed at the correct ergonomic height for a specific task and a consistent employee group can perform well without adjustment capability. Adjustable height becomes more valuable when multiple employees share the same station across shifts, when the task changes throughout the day, when the work involves different postures and force levels, or when the facility wants the flexibility to repurpose the station in the future. The decision should be based on the specific application rather than a general preference.

How do we identify whether poor ergonomics is affecting our operation's productivity?

The most common indicators include employee complaints about discomfort or fatigue during the latter part of a shift, throughput that drops noticeably between the first and second halves of the day, error rates that increase later in shifts or later in the week, cluttered work surfaces that employees perpetually reorganize, excessive reaching or walking observed during normal operations, and WCB claims or modified duty assignments concentrated in specific roles or areas. Observing the work directly and asking employees about their physical experience of the task is typically the fastest way to identify where ergonomic improvements will have the most impact.

Does Stor-It Systems serve industrial facilities across all of Atlantic Canada?

Yes. We provide consultation, design, and installation services for workstation and storage projects throughout New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland. Our team has completed projects for clients in manufacturing, distribution, healthcare, government, education, utilities, and automotive environments across the region. Contact us here to book a consultation.

A Better Workspace Is a Better Operation

Ergonomic workspace design is one of the highest-return investments an Atlantic Canadian industrial facility can make, not because it is the least expensive option, but because the problems it solves are costing more than they appear to every single day. Reducing injury risk, eliminating wasted motion, improving throughput consistency, and creating workspaces that experienced employees can sustain over long careers delivers operational value that compounds year over year.

The right workstation is not the one with the most features or the lowest price. It is the one designed around the specific work being done, the specific employees performing it, and the specific environment they work in. That requires a design process, not just a product selection.

If your facility is managing ergonomic concerns, inefficient work areas, recurring injury claims in specific roles, or simply workstations that no longer fit how the work has evolved, Stor-It Systems can help. With nearly 50 years of experience serving Atlantic Canada and direct access to the Rousseau modular workstation system, our team can design and implement a workspace solution built around your operation. Book a free facility consultation today.

How to Design a High-Performance Warehouse Layout: A Practical Guide for Atlantic Canadian Facilities

Wed, 22 Jul 2026 15:42:13 GMT

Whether you are operating a manufacturing facility, distribution centre, warehouse, or industrial operation in Atlantic Canada, your facility layout is one of the most consequential decisions your organization makes. It shapes how efficiently your team works every day, how safely employees and equipment move through the space, how accurately inventory gets tracked, and how well the operation can absorb growth without requiring a more expensive building.

Most warehouse layout problems do not announce themselves as layout problems. They show up as slower-than-expected throughput, higher-than-expected labour costs, recurring picking errors, forklift congestion in the aisle, or a receiving area that always seems to be a week behind. These symptoms are treatable, but only when the root cause is correctly identified. In many cases, the root cause is not a lack of space. It is a mismatch between how the facility is organized and how the operation actually functions.

At Stor-It Systems, we have spent nearly 50 years helping organizations throughout New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland improve their facilities through thoughtful layout planning, quality storage systems, and customized material handling solutions. This guide covers the core principles of warehouse layout design, the five zones every facility needs, how inventory velocity should drive your layout decisions, which storage systems work best in each area, and when it makes sense to bring in professional support.

Why Warehouse Layout Is the Most Important Decision You Make

Every warehouse shares the same fundamental objective: move products safely and efficiently from receiving to shipping while minimizing wasted time, effort, and space. The layout is the framework that either supports that objective or works against it every single day.

A well-designed facility does far more than organize inventory. It creates logical product flow that reduces travel time for both equipment and employees. It separates conflicting activities — receiving and outbound shipping, fast-moving picks and bulk reserve storage — so that each area can operate at its own pace without interfering with the others. It positions the right storage systems in the right zones based on how inventory actually moves through the operation. And it is designed with enough flexibility to absorb growth without requiring a complete redesign every few years.

A poorly designed layout creates the opposite: longer travel distances on every pick, forklift congestion that slows throughput and creates safety risks, receiving areas that back up and spill into storage zones, and slow-moving inventory occupying premium floor space near the dock while fast-moving products sit at the back of the building. These are not minor inconveniences. They represent measurable labour cost, measurable safety exposure, and measurable capacity constraint that compounds every operating day.

The organizations that perform best operationally are rarely the ones with the largest buildings. They are the ones that have designed their available space around how the work actually gets done.

The Five Essential Warehouse Zones

One of the most effective frameworks for warehouse layout design is dividing the facility into clearly defined operational zones. Each zone serves a specific purpose, requires different storage and equipment, and should be positioned to support a smooth, logical flow of materials from arrival to shipment. When zones are well-defined and properly positioned relative to each other, the layout creates natural workflow rather than fighting against it.

1. Receiving

The receiving zone is where all inbound inventory enters the facility. It needs to accommodate unloading, initial inspection, quantity verification, temporary staging, and quality control checks before goods move into reserve storage. This zone should have direct, clear access to reserve storage and enough staging space to handle a full inbound delivery without creating congestion that backs up into other areas of the facility. Undersizing the receiving zone is one of the most common layout mistakes in Atlantic Canadian facilities, particularly in operations that have grown beyond their original design.

2. Reserve Storage

Reserve storage is where the bulk of your inventory lives between receiving and active picking. This zone is designed around maximizing storage density while maintaining safe, efficient access for the material handling equipment in use. The right racking configuration depends on your product dimensions and weights, your inventory turnover profile, the type of lift equipment operating in the space, your ceiling height, and your plans for future growth. Selective pallet racking , double deep, push back, and drive-in systems each offer different trade-offs between density and accessibility. Selecting the right one for your inventory profile makes a significant difference in how much capacity your facility can hold and how efficiently it can be retrieved.

3. Picking and Active Storage

The picking zone holds inventory that is actively being pulled to fulfill orders. Unlike reserve storage, which is optimized for density, the picking zone is optimized for speed and accuracy. Industrial shelving , carton flow systems, and modular bin storage keep frequently picked inventory organized, clearly labeled, and immediately accessible without requiring material handling equipment for every pick. The picking zone should be positioned to minimize travel between pick locations and the packing area, and fast-moving products should always be located closest to the outbound staging area.

4. Packing and Outbound Shipping

The packing zone is where picked inventory gets verified, packaged, labeled, and prepared for shipment. It is also one of the most ergonomically demanding areas in any warehouse, since employees in this zone are typically performing repetitive tasks at fixed stations for extended periods.

Well-designed packing areas include ergonomic workstations with adjustable-height surfaces, integrated storage for packaging supplies, proper task lighting, quality verification checkpoints, and convenient, unobstructed access to dock doors. Getting this zone right reduces employee fatigue and injury risk while improving throughput and order accuracy.

5. Returns and Overflow Storage

Returned goods, seasonal inventory, and temporary overflow need a dedicated home in the facility. When these materials do not have an assigned zone, they tend to accumulate wherever there is available floor space — which is usually in a location that creates congestion or blocks access to something else. A properly designated returns and overflow zone prevents this and keeps the rest of the facility operating cleanly. Depending on your return volume, this zone may benefit from mezzanine storage to keep it contained without consuming valuable ground-floor space.

How Traffic Flow and Inventory Velocity Should Drive Layout Decisions

Designing an efficient warehouse is not simply about fitting as much storage into a building as possible. The most effective facilities are designed around how products move through the operation every single day. When inventory flow becomes the primary design consideration rather than storage density, organizations consistently achieve better throughput, lower labour costs, and safer working conditions.

The most common layout mistake we see during facility assessments is designing a warehouse based solely on available floor space. Maximizing storage capacity is important, but it should never come at the expense of operational efficiency. Every unnecessary trip made by a forklift or employee adds time, increases labour cost, and introduces additional opportunities for errors or incidents.

Understanding Inventory Velocity

The most practical framework for organizing inventory placement is ABC velocity classification. A-items are your highest-velocity products: the inventory picked multiple times per day that should be located closest to the packing and shipping area to minimize travel time on every single pick. B-items are moderate-velocity products that need to be reasonably accessible but do not justify the prime locations that A-items require. C-items are slow-moving inventory that can be stored farther from the active zone or higher in racking where retrieval frequency is low enough that the additional effort is acceptable.

Applying this framework consistently means that the products your team interacts with most often require the least travel and effort to reach. That sounds straightforward, but in practice, many facilities accumulate years of ad hoc inventory placement decisions that result in the exact opposite arrangement. A professional layout assessment often reveals significant velocity-placement mismatches that, once corrected, deliver immediate productivity improvement without any new equipment required.

Designing Efficient Traffic Patterns

Beyond inventory placement, the physical routing of people and equipment through the facility has a major impact on throughput and safety. Wherever possible, pedestrian and forklift traffic should be separated by clearly marked travel lanes. Cross-traffic between receiving, active picking, and outbound shipping creates congestion and safety exposure that compounds with volume. One-way travel patterns reduce conflict points and improve flow predictability. Aisle widths should be sized to the specific material handling equipment in use, not to a generic standard, since undersized aisles slow travel and increase the risk of rack contact.

Matching Storage Systems to Warehouse Zones

Every storage solution has specific strengths depending on the type of products being stored, inventory turnover, accessibility requirements, and available space. Matching the right system to each zone is where layout design moves from concept to operational reality. For a detailed comparison of the two most common systems, see our guide on industrial shelving versus pallet racking .

Reserve Storage

Reserve storage almost always benefits from a racking solution that maximizes vertical height utilization. Selective pallet racking provides the most flexibility for mixed inventory profiles, while higher-density configurations like push back or drive-in racking are appropriate when large quantities of the same SKU are stored and FILO inventory rotation is acceptable. The right choice depends entirely on your specific inventory profile and throughput requirements.

Active Picking Areas

Industrial shelving, carton flow systems, and modular storage solutions belong in the active pick zone. These systems prioritize accessibility and organization over raw density, which is the right trade-off for inventory that is touched frequently throughout the day. Proper labeling, consistent slotting, and ergonomically appropriate shelf heights in this zone have a measurable impact on pick speed and error rates.

Packing Stations

The packing area deserves the same design attention as storage zones, but it rarely gets it. Ergonomic workstations with adjustable surfaces, integrated packaging supply storage, task lighting, and organized documentation workflows reduce fatigue, improve throughput, and lower injury risk over the course of a shift. This is an area where the right equipment investment pays for itself quickly in labour efficiency and reduced WCB exposure.

Dock Equipment

The dock is the point where inventory transitions between the facility and the supply chain. Dock levelers, vehicle restraints, seals, and shelters improve safety, reduce loading delays, and protect inventory during transfer. Positioning dock equipment correctly relative to the receiving and outbound zones is as important as the equipment itself.

Common Warehouse Layout Mistakes That Cost Atlantic Canadian Operations Every Day

After nearly five decades of facility assessments across New Brunswick, Nova Scotia, PEI, and Newfoundland, our team sees the same layout mistakes repeatedly. Understanding them is the first step toward avoiding them.

Designing only for today's needs. A layout that fits the current operation perfectly but has no room to accommodate growth will require a costly redesign within a few years. Building scalability into the initial design is almost always less expensive than retrofitting it later.
Mixing fast-moving and slow-moving inventory. When A-items and C-items share the same storage zone without velocity-based slotting, every pick takes longer than it should. This is one of the most common and most correctable sources of productivity loss in established warehouses.
Undersizing the receiving and staging area. Receiving congestion backs up into storage zones, delays put-away, and creates inventory accuracy problems that ripple through the entire operation. The receiving zone is almost always the most undersized area in facilities that have grown beyond their original design.
Poor dock positioning. A dock that requires inventory to travel across the full length of the building before reaching reserve storage adds travel time to every single inbound and outbound movement. Dock positioning should be one of the first considerations in any new facility design or major redesign.
Ignoring employee workflow and ergonomics. Layouts that are optimized for equipment movement but ignore how employees physically interact with the space create fatigue, injury risk, and turnover. The people working in the facility are the most important variable in warehouse performance.
Treating layout as a one-time project. As inventory profiles change, product lines evolve, and operations grow, layouts that were well-designed at one point can become constraints. Regular layout reviews — ideally annually or whenever the operation changes significantly — prevent gradual performance erosion.

When to Handle Layout Improvements Internally and When to Bring in a Professional

Not every layout improvement requires external expertise. Relocating shelving, reorganizing inventory placement, improving product labeling, or slotting inventory by velocity are all changes that internal teams can often manage effectively with the right information and a clear plan.

However, projects that involve new construction, major facility expansions, new racking systems, increased storage capacity, new material handling equipment, safety improvements, or long-term growth planning benefit significantly from professional consultation. These projects require careful analysis of traffic flow, equipment clearances, building constraints, load capacities, and future scalability. Getting them wrong is expensive. Getting them right the first time is one of the best investments an operation can make.

The most important principle is that successful warehouse projects begin by understanding the operation, not by selecting products. Evaluating inventory movement, identifying bottlenecks, understanding future growth plans, accounting for staffing and lift equipment, and reviewing existing systems before making recommendations is what separates a storage partner from a product vendor. Our consultation and design services are built around exactly this approach.

The Stor-It Systems Advantage

Stor-It Systems has been helping organizations across Atlantic Canada improve warehouse performance, storage efficiency, and operational productivity since 1978. We work with businesses throughout New Brunswick, Nova Scotia, PEI, and Newfoundland, from growing local operations to large institutional and industrial organizations, including universities, hospitals, government facilities, utilities, and major industrial employers.

Our process is built around understanding your operation before we ever recommend a product. We begin with a consultation and facility assessment, evaluate your inventory profile, workflow, equipment, building constraints, and growth plans, develop a layout and storage design tailored to your specific requirements, recommend the right products from our portfolio of 15-plus brands, manage professional installation to Canadian standards, and provide ongoing support through inspections and preventative maintenance as the operation evolves.

The result is a facility designed around how your business actually works, not a generic template applied to your floor plan. If your current layout is creating friction, limiting capacity, or simply not keeping up with where the operation is going, that is exactly the kind of challenge our team is built to solve. For more on what smart space planning looks like in practice, see our guide on maximizing warehouse space without expanding your building .

Frequently Asked Questions

How long does a warehouse layout project take from consultation to completion?

Timeline depends on the scope and complexity of the project. Smaller optimization projects, such as reorganizing storage zones or installing additional shelving, may be completed within a few weeks. Larger redesigns involving new racking systems, major equipment changes, or new facility installations typically require several months of planning, procurement, and phased installation. Our team provides a clear project timeline as part of the consultation process so you know what to expect before any work begins.

Can an existing warehouse be redesigned without shutting down operations?

Yes, and this is one of the most common scenarios we manage across Atlantic Canada. Most redesign projects are completed in carefully planned phases that allow normal warehouse operations to continue with minimal disruption. The sequencing of the work is designed around your operational schedule, peak periods, and any inventory constraints that affect when specific areas can be temporarily taken out of service.

Do we need to replace all existing storage equipment during a redesign?

Not necessarily. Existing shelving and racking systems can often be retained, relocated, or reconfigured as part of a redesign, provided they are in good condition and structurally appropriate for the new application. Our team evaluates existing equipment as part of the assessment process and recommends replacement only when it is genuinely warranted by condition, load requirements, or configuration constraints.

How often should a warehouse layout be reviewed?

We recommend reviewing your warehouse layout whenever the operation changes significantly, which includes adding new product lines, changes in inventory volume, new material handling equipment, staffing changes, or meaningful business growth. A formal review every one to two years is a reasonable baseline for most Atlantic Canadian operations. Layouts that are not periodically reviewed tend to accumulate inefficiencies gradually, and those inefficiencies become harder and more expensive to correct over time.

What information should we bring to a first consultation with Stor-It Systems?

The more context you can provide, the more useful the first conversation will be. Useful information includes building dimensions and ceiling height, current inventory volumes and product dimensions, existing equipment and storage systems, your primary operational challenges, growth projections for the next three to five years, and any safety or compliance requirements specific to your industry. If you have a floor plan available, bring it. If you do not, our team can work with what you have. Book a consultation here.

Does Stor-It Systems serve all of Atlantic Canada?

Yes. We serve businesses and institutions throughout New Brunswick, Nova Scotia, Prince Edward Island, and Newfoundland. Our team has completed projects across the region for clients in manufacturing, distribution, healthcare, government, education, utilities, and more.

Build a Facility That Works as Hard as Your Team

A high-performing warehouse is not the result of having the most square footage or the newest equipment. It is the result of thoughtful planning, efficient product flow, and storage systems designed around your people, your inventory, and your operational goals. Getting the layout right creates benefits that compound over years: lower labour costs, faster throughput, better inventory accuracy, fewer safety incidents, and a facility that can grow with the business rather than constraining it.

If you are planning a new facility, expanding an existing operation, or simply trying to understand why your current space is not performing the way it should, Stor-It Systems can help. With nearly 50 years of experience serving Atlantic Canada, our team provides the consultation, planning, storage solutions, professional installation, and ongoing support to get it right. Book a free facility consultation today.

New vs. Pre-Owned Pallet Racking: What You Need to Know Before You Buy

Wed, 01 Jul 2026 14:00:05 GMT

Investing in pallet racking is one of the most significant storage decisions a warehouse, manufacturing facility, or distribution centre can make. The right system improves organization, increases storage capacity, supports workflow efficiency, and creates a foundation for growth that can last decades. Once an organization determines that racking is the right solution, the next question often follows quickly: should we buy new, or would pre-owned racking deliver better value?

The honest answer is that both options can be excellent investments when selected correctly. Both come with real advantages and real trade-offs. Neither is universally the right choice. What matters is matching the option to the operational requirements, the growth plan, the facility constraints, and the budget, not defaulting to one based on price alone.

At Stor-It Systems, we regularly help organizations work through exactly this decision. This guide covers what you need to know about both options: the advantages, the risks, the evaluation criteria, and the questions that should drive the decision. We also address the safety question directly, because it comes up in almost every conversation.

Why This Decision Carries More Weight Than a Typical Purchase

Pallet racking is not a consumable. The system you install today may remain in your facility for 20 or 30 years. That means the decision should account for more than the initial purchase price. Total value, not total cost, is the right frame.

Organizations that focus exclusively on upfront cost often discover later that the savings came with limitations they did not fully account for: compatibility constraints that make future expansion difficult, component conditions that required unplanned repairs, or a configuration that was designed around the previous user's operation rather than their own. None of these outcomes are inevitable with pre-owned racking, but they are all preventable with the right evaluation process and the right guidance.

The Advantages of New Pallet Racking

New pallet racking gives you a blank canvas. Every component is selected around your specific operation: the inventory you store today, the throughput you need to support, the facility height you want to use, and the growth you are planning for. Nothing is a compromise inherited from a previous configuration.

Maximum Design Flexibility

New systems from Space Aid Manufacturing, available through Stor-It Systems, can be engineered to any configuration required by the facility. Beam heights, frame depths, row lengths, aisle widths, and racking type can all be specified to match the operation precisely. This is particularly valuable for facilities being built or redesigned from scratch, where every square foot and every vertical inch matters. Browse our full racking range.

Full Confidence in Component Condition

With new racking, there is no uncertainty about previous use, loading history, undisclosed impacts, or component fatigue. Every upright, beam, and anchor arrives in new condition and is designed to work together as a complete, engineered system. For organizations prioritizing long-term reliability and minimal maintenance in the early years, this confidence has real value.

Easier Long-Term Expansion

When a new system remains available from the manufacturer, expanding it later is straightforward. Additional bays, frames, and beams can be ordered to the same specification and added to the existing installation without compatibility concerns. For businesses with clear growth plans, this future-proofing can reduce the total cost of ownership over the life of the system.

When New Racking Is the Right Call

New pallet racking is typically the preferred choice when building a new facility, implementing a long-term storage strategy, planning for significant near-term growth, designing a custom layout that needs to maximize every dimension of the space, or standardizing across multiple locations. For organizations that can accommodate the investment and the lead time, new racking usually delivers the highest long-term value.

The Advantages of Pre-Owned Pallet Racking

Pre-owned racking, sourced and inspected correctly, can provide excellent value for businesses that need to increase capacity quickly, manage capital expenditures carefully, or add to an existing system. The decision to buy used is not a compromise; it is a legitimate strategic choice when the circumstances are right.

Cost Savings

Cost savings are the most commonly cited advantage of pre-owned racking, and for good reason. Depending on availability, condition, and configuration, pre-owned systems can represent meaningful reductions in capital expenditure compared to new installations. View Stor-It's current pre-owned racking inventory.

Faster Availability

Pre-owned racking that is already in inventory can often be inspected, prepared, and delivered faster than new systems manufactured to order. For organizations responding to a rapid increase in storage requirements, this speed advantage can be operationally important. When you need additional capacity within weeks rather than months, pre-owned is often the only option that meets the timeline.

Sustainability Value

Extending the useful life of existing racking materials reduces the demand for new manufacturing and keeps serviceable materials out of the waste stream. For organizations with environmental commitments or reporting requirements, this is a genuine and increasingly recognized benefit.

When Pre-Owned Racking Makes the Most Sense

Pre-owned racking is often a strong fit when budget constraints are a priority, when additional capacity is needed quickly, when existing systems can be expanded with compatible matching components, when a facility is in a temporary operational period before a larger redesign, or when a business is scaling up and wants to prove the concept before committing to a fully custom installation. See available pre-owned inventory here.

The Most Important Question: Is Pre-Owned Racking Safe?

This is the first question organizations ask, and it is the right one. The answer is yes, when the racking has been properly inspected, evaluated, and installed. Pre-owned racking that passes a thorough professional inspection and is installed to Canadian standards can perform as reliably as new racking. The relevant variable is condition, not age.

A properly maintained system with low-impact history may provide decades of additional reliable service. A damaged system, regardless of whether it is new or used, creates safety concerns. This is why the inspection process is not optional for any pre-owned purchase. Every component needs to be evaluated before it is installed, not after.

How to Evaluate Pre-Owned Pallet Racking

The most common mistake buyers make with pre-owned racking is focusing on price and ignoring condition. A thorough evaluation requires assessing every major component category before any purchase decision is made.

Uprights and Frames

Inspect all uprights for bending, twisting, impact damage, or deformation of any kind. Even minor visible deformation can affect load distribution and system performance. Check that base plates are intact and that all frame components are present. Missing or deformed diagonal bracing is a serious concern that significantly affects structural integrity.

Beams

Look for deflection beyond normal load flex, impact damage, missing or damaged safety clips, and evidence of prior repairs. Safety clips must be present at both ends of every beam. Beams that show significant deflection even without a load applied should be evaluated against the rated load for the configuration before installation.

Anchors, Baseplates, and Hardware

Verify that all hardware is present and in proper condition. Anchor hardware is particularly important because it is often the component most affected by the floor conditions of the previous installation. Confirm compatibility with your installation surface and that the anchor specification is appropriate for the configuration and load.

System Documentation

Wherever possible, obtain the original load ratings and engineering documentation for the system. Even if the documentation cannot be transferred directly to the new installation, it provides useful context for the condition evaluation and helps inform the engineered installation at the new location.

Quick Reference: What to Inspect and What to Watch For

Uprights: Check for bending, twisting, or impact damage. Any visible deformation is a red flag.
Beam deflection: Differentiate between load flex and permanent bending. Deflection without any load applied is a red flag.
Safety clips: Must be present at both ends of every beam. Any missing clips are a red flag.
Baseplates: Should be intact with no cracking and complete hardware. Missing bolts or cracked plates are red flags.
Diagonal bracing: Must be present and undamaged throughout every frame panel. Any bracing absent or deformed is a red flag.
Frame depth: Must match your pallet dimensions. Incompatibility with current inventory is a red flag.
Compatibility: All components must work together as a system. Mixed manufacturers or mismatched generations are red flags.
Documentation: Load ratings and engineering drawings should be available wherever possible. No documentation is a red flag.

Evaluating Total Value, Not Just Price

A pre-owned system with a lower purchase price can still have a higher total cost if it requires significant repairs before installation, if it does not match the configuration needed and requires modifications, or if its lifespan is shorter than a new system would have been. The right evaluation compares total value across the expected life of the installation, not just the invoice amount.

Factors to consider alongside purchase price include the cost of professional inspection, the cost of installation to Canadian standards, any components that need to be supplemented or replaced, future expansion compatibility, and expected maintenance requirements over the first five years. Our installation services ensure that any system, new or pre-owned, is installed to the engineering standard required.

The Stor-It Systems Advantage

Stor-It Systems has been helping businesses across Atlantic Canada design, install, inspect, and maintain storage systems since 1978. We carry both new Space Aid Manufacturing racking and a selection of pre-owned racking, and we approach every project the same way regardless of which path the customer takes: by evaluating the operation first and recommending the solution that fits.

We do not have a preference between new and pre-owned. Our goal is to help you make the right decision for your facility, your budget, and your growth plan. That means being honest about the trade-offs, conducting thorough evaluations of any pre-owned system, and ensuring every installation meets Canadian safety standards.

Our rack inspection and repair services are available for existing systems. And our warehouse safety programs ensure that whichever system you install, you have the inspection and maintenance structure in place to protect it over the long term.

Frequently Asked Questions

How much can pre-owned racking save compared to new?

Savings vary based on the specific system, its condition, the configuration required, and current market availability of pre-owned inventory. In the right circumstances, pre-owned racking can represent meaningful cost reductions. The savings need to be weighed against inspection costs, any component replacements required, and any compatibility limitations.

Is it safe to buy pallet racking without a professional inspection?

We do not recommend it. A professional inspection is the only reliable way to evaluate the condition of used structural components and confirm that the system is safe to install and operate. The cost of an inspection is small relative to the cost of installing and then discovering a problem.

Can pre-owned racking be expanded with new components?

In some cases, yes. Compatibility depends on the manufacturer, the vintage of the system, and the specific component specifications. Always verify compatibility before purchasing either the pre-owned system or the new components intended to supplement it.

Does new racking always last longer than pre-owned?

New systems offer the maximum potential lifespan because the service history is known and all components start in new condition. Properly maintained pre-owned systems can still provide many years of reliable service. The key variables are the condition at the time of purchase and the quality of the maintenance program after installation.

What is the process for buying pre-owned racking through Stor-It Systems?

We evaluate your storage requirements, facility layout, and growth plans, then identify pre-owned inventory that matches your configuration needs. We inspect all components before recommending them, provide a clear picture of condition, and handle installation to Canadian engineering standards. Visit our pre-owned racking page or book a consultation to get started.

Make the Right Storage Investment for Your Operation

Choosing between new and pre-owned pallet racking is an operational decision, not just a purchasing decision. The right choice depends on your capacity requirements, growth trajectory, facility constraints, timeline, and budget. Both paths can deliver excellent long-term value when the selection is made thoughtfully and the installation is done correctly.

Stor-It Systems is here to help you work through that decision with the information and expertise to get it right. Whether you are building a new facility, expanding an existing operation, or replacing aging racking that has reached the end of its useful life, we can evaluate your requirements and recommend the solution that best fits your business.

Book a free facility consultation today.

Open vs. Closed Industrial Shelving: Which Configuration Is Right for Your Facility?

Mon, 29 Jun 2026 15:00:01 GMT

When organizations start evaluating industrial shelving, one of the first questions they run into seems almost too simple: should we use open shelving or closed shelving? But what looks like a straightforward product decision is actually a workflow decision with real operational consequences.

The shelving configuration you choose influences how quickly employees can find and retrieve inventory, how well products are protected from dust, contamination, or unauthorized access, how efficiently the space is organized, and ultimately how productive the facility is on a daily basis. Choose the wrong configuration for the work being done, and you create friction every time someone needs to access inventory.

At Stor-It Systems, we work with organizations throughout Atlantic Canada that initially came to us looking for more storage space, only to discover that the real opportunity was improving how existing inventory was organized and accessed. This guide walks through the practical differences between open and closed shelving, where each configuration delivers the most value, and how the right combination can improve productivity across the facility.

What Is Open Industrial Shelving?

Open industrial shelving is exactly what it sounds like: shelving without enclosed sides, backs, or doors. Inventory is fully visible and immediately accessible from the front of each shelf. There is nothing between the employee and the product except the shelf itself.

This accessibility is the core advantage. In high-frequency pick environments, every second spent opening a door or searching for a product adds up to measurable labour cost over the course of a shift. Open shelving eliminates that friction entirely. Employees can see at a glance what is on the shelf, confirm the correct item, and retrieve it without any additional steps.

Rousseau open shelving, available through Stor-It Systems, is built on a boltless clip system that adjusts on one-inch increments without tools. Load capacities run from 450 to 800 lbs per shelf depending on the configuration, and the system accepts a wide range of accessories that improve organization and picking efficiency. Explore the full range of industrial shelving options.

Where Open Shelving Delivers the Greatest Value

Open shelving performs best in environments where inventory moves frequently and speed of access matters. Manufacturing facilities use it for production components that are pulled throughout the shift. Parts departments rely on it to fulfill orders quickly and accurately. Maintenance operations use it for tools and supplies that need to be grabbed and returned multiple times per day.

The visibility factor also makes inventory management easier. Counts are faster because stock levels are immediately visible without opening compartments. Low stock is easier to identify before it becomes a problem. Employees can confirm product identity from a distance, which reduces picking errors.

Open shelving also tends to be the more cost-effective configuration, with a lower initial investment due to fewer components. For growing businesses that anticipate layout changes, it also offers greater flexibility since shelves can be adjusted or the system reconfigured without significant effort.

What Is Closed Industrial Shelving?

Closed shelving incorporates enclosures on the sides, back, and often the front of each bay through doors or solid panels. The inventory is protected from the surrounding environment and, depending on the configuration, from unauthorized access as well. Where open shelving prioritizes speed, closed shelving prioritizes control.

The trade-off is real but often worthwhile for certain types of inventory. Access requires opening a door or panel, which adds a step to every pick. For high-frequency environments, that step creates friction. For environments where inventory protection, accountability, or security are the priority, that step is exactly the point.

Closed shelving from Rousseau is available in several configurations, from units with partial back and side panels to fully enclosed bays with lockable doors. For facilities that need an additional layer of security beyond shelving, our cabinet solutions offer even more control.

Where Closed Shelving Makes the Most Sense

Healthcare facilities represent one of the clearest use cases for closed shelving. Medical supplies, pharmaceuticals, and clinical materials require organized, protected storage environments where inventory integrity is non-negotiable. Dust contamination, unauthorized access, and environmental exposure are all meaningful risks that closed shelving helps mitigate.

Government organizations frequently use closed shelving for records management, equipment accountability, and controlled access to materials that must be tracked carefully. Technical and electronics environments benefit from the dust protection that enclosed panels provide, particularly for sensitive components that can be damaged by contamination. Organizations storing high-value inventory, regardless of industry, often find that closed shelving provides meaningful protection against both environmental exposure and internal shrinkage.

Open vs. Closed: How They Compare

Rather than asking which system is universally better, the more useful question is which system better supports the specific work being done in a given area of the facility. Here is how the two configurations compare across the most important operational factors:

Inventory visibility: Open shelving keeps everything fully visible at all times. Closed shelving requires opening a panel or door to see contents.
Pick speed: Open shelving provides immediate access with no extra steps. Closed shelving requires opening a panel or door on every pick.
Dust and contamination protection: Open shelving leaves inventory exposed to the environment. Closed shelving protects contents from dust and debris.
Security and access control: Open shelving has no built-in security. Closed shelving offers lockable options.
Inventory protection: Open shelving suits durable goods. Closed shelving is better for sensitive or high-value items.
Ideal pick frequency: Open shelving is best for high-frequency, multiple picks per day. Closed shelving suits lower-frequency or controlled-access inventory.
Initial cost: Open shelving generally costs less due to fewer components. Closed shelving is generally higher due to additional panels and hardware.
Best industries: Open shelving suits manufacturing, parts, distribution, and MRO. Closed shelving suits healthcare, government, labs, and technical environments.

Accessories That Improve Performance in Either Configuration

One of the most overlooked aspects of industrial shelving is what the accessories can do for productivity. The difference between a functional shelving system and a high-performing one is often found in the details, not the structural components.

Sloped Shelves

Sloped shelves angle the stored product toward the front of the shelf, making labels easier to read and items easier to retrieve without reaching to the back. This is particularly effective in pick environments where employees are making many grabs per shift, since it reduces wasted motion on every single pick.

Sliding Panels

Sliding panels allow rows of shelving to be stacked side by side with only one access point at a time, significantly increasing storage density in a given footprint. For inventory that does not need simultaneous multi-point access, sliding panels can double the capacity of a shelving area without expanding the floor space.

Modular Drawers

Modular drawer systems fit within shelving bays and organize small parts, components, and fasteners that would otherwise be loose on a shelf. They improve organization, reduce time spent searching for small items, and make inventory counts significantly more accurate. Rousseau modular drawers can also be installed in many third-party shelving systems.

Dividers and Label Holders

Shelf dividers create dedicated locations for each SKU and prevent product from shifting or mixing. Label holders make product identification faster and inventory counts more accurate. These are simple additions with a measurable impact on picking speed and error rates.

Why Most Facilities Benefit from Both

The most effective storage strategies rarely rely on a single shelving configuration. A manufacturing facility might use open shelving for production components pulled throughout the day, closed shelving for valuable tools and equipment that need to be signed out, and modular drawer systems for small fasteners and hardware. Each system is doing the job it was designed for.

The same logic applies to facilities that use both shelving and racking. Palletized reserve inventory may sit in racking at full building height, while picked inventory is organized in open shelving near the pick and pack area. For a detailed breakdown of when to use shelving versus racking, see our guide on industrial shelving vs. pallet racking .

When storage decisions are made based on how inventory actually moves through the facility, the result is a more productive operation from end to end. Our project gallery shows real examples of how Atlantic Canadian facilities have put this approach into practice.

The Stor-It Systems Advantage

Stor-It Systems has been helping organizations across Atlantic Canada design productive, scalable storage environments since 1978. We are an exclusive dealer for Rousseau industrial shelving, one of the most trusted names in the industry, and we have the expertise to recommend the right configuration, the right accessories, and the right layout for how your operation actually works.

Our process starts with understanding your inventory profile, access requirements, security considerations, workflow challenges, and growth plans. We design storage systems that align with operational goals rather than fitting a generic template. The result is shelving that supports your team's productivity from day one and continues to serve the operation as it grows.

Our consultation and design services are the right starting point for any facility evaluation. Book a session and we will walk through what your operation actually needs, identify the right configurations for each area of the facility, and give you a clear picture of what a well-designed storage environment looks like for your specific workflow and growth plan.

Frequently Asked Questions

Is open shelving less expensive than closed shelving?

In most cases, yes. Open shelving requires fewer components and typically carries a lower initial investment. Closed shelving costs more because of the additional panels, doors, and hardware involved. Whether the additional cost is worthwhile depends on whether your inventory requires the protection and control that closed shelving provides.

Can open and closed shelving be used in the same facility?

Absolutely, and many facilities achieve the best results by doing exactly that. Fast-moving inventory goes in open shelving for quick access, while sensitive or controlled inventory goes in closed shelving for protection and accountability. The goal is matching the storage configuration to the inventory characteristics, not standardizing everything.

Which industries benefit most from closed shelving?

Healthcare, government, laboratory, technical, and electronics environments are among the most common users of closed shelving configurations. Any organization storing sensitive, regulated, valuable, or easily damaged inventory should at least evaluate whether closed shelving is appropriate for some portion of the facility.

Can shelving systems be expanded as operations grow?

Yes. Rousseau shelving is modular by design and can be extended with additional bays, taller uprights, and new accessories without replacing the existing components. Planning for future growth at the design stage makes expansion significantly easier and more cost-effective later.

What is the best shelving option for a parts room or MRO environment?

Parts rooms typically benefit from open shelving for high-turnover items, modular drawers for small components and fasteners, and possibly closed shelving or lockable cabinets for high-value tools. A combination of configurations designed around the specific inventory profile will outperform a one-size-fits-all approach.

Build a Storage System That Works as Hard as Your Team

The right shelving system is not the one with the most capacity or the lowest price. It is the one that supports how your team actually works, keeps inventory organized and accessible, protects what needs protecting, and scales as the business grows. Getting that right is a design exercise as much as a purchasing decision.

The facilities that get the most out of their shelving systems are rarely the ones with the largest budgets. They are the ones that took the time to understand what the operation actually needed before making a purchasing decision. That clarity, whether it comes from an internal review or a formal consultation, is what separates a storage system that performs from one that just holds inventory. Configuration matters. Accessories matter. Layout matters. Getting all three right is what a well-designed shelving strategy looks like.

Whether your facility needs open shelving, closed shelving, a hybrid of both, or a complete storage strategy that combines shelving with racking and high-density systems, Stor-It Systems can design and implement a solution that fits your operation.

Book a free facility consultation today.

The Complete Guide to Pallet Racking Safety in Atlantic Canada

Fri, 26 Jun 2026 13:30:00 GMT

When most organizations invest in pallet racking, the focus is on capacity. How many pallets can be stored? How efficiently can inventory be organized? How much floor space can be recovered? These are the right questions at the purchasing stage, but they often leave out the question that matters most over the life of the system: how do we keep it safe?

Every day, warehouse teams move thousands of pounds of inventory through racking systems that are expected to perform reliably under constant use. Forklifts operate within inches of uprights. Heavy loads are placed and removed repeatedly. Inventory profiles change. Operations grow. Over time, these daily activities create wear and stress that can affect structural integrity in ways that are not always visible from the aisle.

This guide covers everything Atlantic Canadian businesses need to know about pallet racking safety: how damage occurs, what the warning signs look like, what Canadian guidelines require, how inspections should be structured, and how Stor-It Systems supports organizations that take a proactive approach to warehouse safety.

Why Racking Safety Is a Structural Issue, Not Just a Compliance Issue

Pallet racking is not shelving. It is a structural storage system that functions as load-bearing infrastructure inside your facility. When components are damaged, overloaded, or improperly maintained, the risk extends far beyond the rack itself. A partial or full collapse can injure employees, destroy inventory, damage equipment, and disrupt operations for days or weeks.

Many organizations underestimate how much they rely on their racking until a portion of the system becomes unavailable. When a bay must be taken out of service for repair, capacity shrinks. Workflow changes. Inventory must be relocated. In serious cases, entire warehouse zones may need to be shut down. The true cost of rack damage is rarely limited to the repair bill itself.

Understanding racking safety is about protecting people, protecting assets, and protecting the long-term performance of the operation. It begins with understanding how damage happens.

How Rack Damage Actually Occurs

One of the most common misconceptions about racking damage is that it results from dramatic events. In reality, most damage accumulates through small, routine incidents that each seem minor at the time.

A forklift clips an upright while placing a pallet. A pallet is loaded unevenly and shifts during storage. An operator catches a frame while maneuvering in a tight aisle. In each case, the incident appears manageable. Operations continue. No corrective action is taken. Weeks pass. Additional incidents occur. The component that was slightly bent becomes more deformed. What started as a minor issue quietly becomes a meaningful structural concern.

Forklift contact remains the leading cause of rack damage across North American warehouses. But it is not the only risk. Improper loading practices, missing components, unauthorized modifications, overloading beyond rated capacity, and inadequate anchoring can all contribute to structural problems that are not immediately visible without a closer inspection. Learn more about pallet racking systems and their specifications .

Warning Signs You Should Never Ignore

Developing awareness of common warning signs is one of the most practical things any warehouse team can do. The earlier concerns are identified, the less expensive and disruptive they are to address. The indicators below should trigger an immediate evaluation:

Bent uprights: Any visible deformation from impact, even minor, requires attention. Deformation affects load distribution across the entire frame.
Beam damage: Visible deflection beyond normal load flex, or any impact marks, may indicate a larger structural concern.
Leaning racking: Any racking system that is not plumb and level in every direction warrants further evaluation.
Missing safety clips: Beam connectors must be present at both ends of every beam. Missing clips are a common finding and a straightforward fix when caught early.
Damaged anchors: Loose, bent, or missing floor anchor hardware compromises the entire system's stability.
Missing bracing: Horizontal or diagonal bracing absent from any frame panel significantly reduces structural capacity.
Loose hardware: Bolts, pins, or connectors that are not properly secured should be addressed promptly.
Overloaded bays: Pallets stacked above the rated beam level capacity create immediate risk.

The most important lesson is this: minor damage rarely becomes less expensive over time. Early intervention is almost always the most cost-effective solution. If a team member notices any of these signs, the affected area should be flagged and evaluated before further use.

What Canadian Guidelines Require

Pallet racking installations in Canada are governed by national standards that establish minimum requirements for safe design, installation, and ongoing use. Understanding these requirements helps organizations know what to expect from a compliant installation and what to look for in an inspection.

All pallet racking must be anchored to a concrete slab. Installation on gravel, asphalt, compacted dirt, or patio stones is not permitted regardless of the load being applied. The anchor specification may vary based on application, seismic zone, and floor thickness, which is why engineered drawings are important for any new installation.

Engineered capacity placards must be displayed on the installation. These placards specify the maximum load per beam level and the total frame capacity, and they must reflect the actual configuration of the system as installed. If the system is modified after installation, the placards need to be updated accordingly.

Regular inspections are strongly recommended, and in many insurance and occupational health and safety frameworks, they are expected. For organizations across New Brunswick, Nova Scotia, PEI, and Newfoundland, each province has occupational health and safety regulations that establish employer obligations around workplace equipment and hazard identification.

Stor-It Systems provides professional installation to Canadian standards on every project. Learn more about our installation services .

How Inspections Should Be Structured

The most effective rack safety programs use a layered inspection approach that combines daily employee awareness with more formal periodic reviews. No single inspection frequency is sufficient on its own, and no single person should be the only set of eyes on a racking system.

Daily Awareness

Every person who operates in the warehouse should be able to recognize the most common warning signs of rack damage. This does not require formal training in structural engineering; it requires knowing what bent uprights look like, understanding that missing safety clips need to be reported, and feeling confident that raising a concern will result in action. When employees treat safety awareness as part of the job, issues are caught at their earliest and least costly stage.

Monthly Internal Reviews

A designated team member should complete a documented walk-through of all racking in the facility at least monthly. This review should cover all uprights, beams, anchors, bracing, and load placards. Any concerns identified should be recorded and assigned a corrective action with a clear timeline. Documentation matters: it creates accountability, tracks recurring issues, and demonstrates due diligence if an incident ever occurs.

Annual Third-Party Inspections

A professional third-party inspection provides an objective assessment of overall system condition by someone with the expertise to evaluate structural concerns that may not be obvious to facility staff. Third-party inspections often identify issues that have been overlooked internally, sometimes for years. Stor-It Systems offers rack inspection and repair services throughout Atlantic Canada. Whether you need a one-time assessment or want to establish an ongoing inspection schedule, our team can help.

The Cost of Delayed Repairs

Organizations frequently postpone racking repairs because the damage appears manageable and operations are continuing. The rack is holding. Inventory is stored. The system appears functional. Unfortunately, this logic tends to increase both risk and cost over time.

As damage progresses, repair options often become more limited. What could have been a straightforward component replacement becomes a more complex project involving structural modifications or adjacent component replacements. The operational cost also increases as damaged bays are avoided, inventory is relocated to accommodate reduced capacity, and employees work around a constraint that could have been resolved quickly.

The goal of a proactive maintenance program is not simply to avoid catastrophic failure. It is to keep the system performing at full capacity and full safety, minimize unplanned disruptions, and protect the investment the organization has already made. Our preventative maintenance program is designed around exactly this goal.

Repair or Replace? Making the Right Call

Not every damaged rack component requires replacement, and not every damaged rack can be repaired. The right answer depends on the severity of the damage, its location within the system, the load requirements the system is expected to meet, and the long-term plans for the facility.

Uprights with significant deformation generally need to be replaced rather than repaired. Beams with impact damage or excessive deflection should be evaluated against their rated load and the loads currently applied. Missing components and loose hardware are almost always straightforward corrective actions. The most important principle is that any modification or repair should restore the system to its original engineering specification, not approximate it.

Stor-It Systems can evaluate any existing system, identify which components need attention, and provide practical options for restoring safe operation. Start with a consultation here.

Building a Culture of Racking Safety

The safest warehouses are not necessarily the ones with the newest equipment. They are the organizations where safety is treated as part of daily operations, not as a compliance exercise that happens once a year. Employees know what damage looks like and feel supported when they raise concerns. Supervisors follow up on flagged issues promptly. Inspections happen on schedule. Corrective actions get completed.

This culture does not develop by accident. It develops when leadership treats rack safety as an operational priority alongside productivity and throughput. Stor-It's warehouse safety programs are built to support this kind of culture across Atlantic Canadian facilities.

Frequently Asked Questions

How often should pallet racking be formally inspected?

Most facilities benefit from a three-level approach: daily awareness by warehouse staff, monthly documented internal reviews, and an annual third-party inspection by a qualified professional. High-throughput facilities with frequent forklift activity may benefit from more frequent formal reviews.

What is the most common cause of rack damage in Atlantic Canada warehouses?

Forklift contact remains the leading cause of racking damage across North America, and Atlantic Canadian facilities are no exception. Most incidents are minor at the time of occurrence but accumulate into structural concerns when left unaddressed. Operationally tight aisles and high-frequency forklift activity increase the risk.

Does pallet racking need to be anchored to the floor in Canada?

Yes. Canadian national standards require all pallet racking to be anchored to a concrete slab. The specific anchor requirement depends on factors including frame size, load, seismic zone, and floor thickness. An engineered installation ensures the anchoring meets the requirements for your specific configuration and location.

Can damaged pallet racking be repaired rather than replaced?

In many cases, yes. The right approach depends on the type and severity of the damage, its location within the system, and the load requirements involved. A professional assessment is the best way to determine whether repair or replacement is the appropriate solution for a specific concern.

What should we do if we discover rack damage?

The affected area should be taken out of service immediately and the damage assessed by someone qualified to evaluate structural risk. If there is any uncertainty about whether the system is safe to continue using, err on the side of caution. Stor-It Systems can typically respond quickly to inspection requests throughout Atlantic Canada.

Protecting Your People, Inventory, and Operation

Pallet racking is one of the most important pieces of operational infrastructure inside your warehouse. Protecting that investment requires more than installation. It requires a commitment to regular inspections, proactive maintenance, employee awareness, and timely repairs. These are not costly activities; they are far less costly than the alternative.

The question we hear most often from businesses that have gone through a formal rack inspection is: why did we wait so long? In most cases, the issues identified were manageable and the corrective actions were straightforward. The inspection itself created clarity, gave the team confidence, and gave management documentation they could act on. That is what a proactive safety program looks like in practice, and it is available to every facility in Atlantic Canada, regardless of size or system age.

If you have concerns about your current racking, if your system has not been formally inspected recently, or if you simply want to understand what a proactive rack safety program looks like in practice, Stor-It Systems can help.

Book a free facility consultation today.

How to Maximize Warehouse Space Without Expanding Your Building

Wed, 24 Jun 2026 18:25:28 GMT

Running out of warehouse space often feels like a sign that the business is doing something right. Sales are growing. Inventory is increasing. Customer demand is climbing. But then the reality of a crowded facility sets in: congested aisles, time wasted searching for products, overflowing receiving areas, and a management team debating whether to lease more space or relocate entirely.

Before that conversation goes any further, there is a question worth asking first: have you actually run out of space, or have you run out of storage strategy?

At Stor-It Systems, we work with businesses across Atlantic Canada that believe they have outgrown their facilities. After evaluating their operations, we regularly find substantial untapped capacity already inside the building. This guide walks through how to find it, how to reclaim it, and how the right storage systems can transform a crowded warehouse into a high-performing operation without adding a single square foot.

Why Warehouse Space Disappears Faster Than You Think

Capacity rarely disappears overnight. It is consumed gradually through years of operational changes that each seem minor at the time. A new product line is added. Additional inventory is bought to buffer supply chain uncertainty. A temporary storage spot becomes permanent. A team reorganization changes how inventory is placed. Over months and years, these small decisions compound into a facility that feels impossible to navigate.

One of the most common issues we identify during warehouse assessments is underutilized vertical space. Most warehouses think in terms of floor space, but the real opportunity is cubic volume. A facility with 20-foot ceilings storing inventory to only 10 or 12 feet is effectively using half its available capacity. When you shift from measuring square footage to measuring cubic volume, entirely new storage opportunities come into view.

Another common issue is inefficient inventory placement. Fast-moving products stored at the back of the warehouse force employees to travel further for every pick. High-demand inventory buried in high-density reserve storage creates congestion. These workflow mismatches do not just waste time; they add up to measurable labour cost every single day.

The Real Cost of an Inefficient Storage Strategy

Most warehouse leaders can quickly calculate the cost of a building expansion: construction or lease costs, moving expenses, operational disruption, and the time required to get a new facility running. What is harder to see are the costs accumulating inside the current building every day the storage strategy is not working.

When inventory is difficult to find, employees spend more time searching and less time picking. When storage is poorly organized, errors increase. When aisles are congested, forklift travel slows and safety risks climb. When receiving areas overflow, inbound shipments get delayed. Each of these problems has a measurable labour and operational cost that compounds quietly, often for years before it is fully recognized.

Improving storage efficiency is not just about finding more room. It is about making the operation faster, safer, and less expensive to run. The organizations that achieve the greatest gains focus on how inventory moves through the facility, not just where it sits.

Start with Workflow, Not Equipment

One of the most common mistakes businesses make when facing space constraints is shopping for storage equipment before evaluating the workflow. Shelving and racking are critical tools, but they should support the operation, not define it. Before making any changes, the right questions to ask are:

How does inventory enter the facility and where does it go first?
Which products are picked most frequently throughout the day?
How far do employees travel to retrieve the items they pick most often?
Where are bottlenecks forming and why?
Which storage locations are consistently overloaded and which are underused?
Is inventory organized around access frequency or around available space?

The answers to these questions often reveal that the problem is not a lack of storage but a mismatch between where inventory lives and how the operation actually flows. Reorganizing before adding equipment frequently frees up significant capacity on its own.

Storage Solutions That Recover Real Capacity

Once the workflow has been mapped, the next step is selecting storage systems that align with how the operation actually runs. The right combination of systems can dramatically increase usable capacity without touching the building envelope.

Industrial Shelving for Hand-Picked Inventory

For parts, supplies, tools, cartons, and any inventory accessed by hand, industrial shelving remains one of the most versatile and effective solutions available. Well-configured shelving improves visibility, speeds up picking, and makes inventory counts faster and more accurate. Rousseau shelving, available through Stor-It Systems, offers adjustable heights, modular accessories like sloped shelves and sliding panels, and load capacities from 450 to 800 lbs per shelf.

For facilities where aisle space is at a premium, mobile shelving eliminates fixed aisles entirely by mounting rows on rolling carriages. Compared to static shelving layouts, mobile systems can recover up to 50 percent of floor space while maintaining full access to every storage location.

Pallet Racking for Bulk and Palletized Inventory

For palletized inventory moved by forklifts or reach trucks, pallet racking makes use of the full vertical height of the building in ways that shelving cannot. Depending on your inventory profile and throughput requirements, different racking configurations deliver different trade-offs between density and accessibility. Many facilities discover that simply installing racking to the full ceiling height of the building adds substantial capacity without any structural changes.

Mezzanines for Multi-Level Storage

When floor space is truly at a premium and vertical height is available, a mezzanine structure creates an entirely new floor level within the existing building. Mezzanines can be used for additional shelving and racking, office space, pick and pack operations, or any combination of the above. They are one of the highest-density space recovery solutions available and can effectively double the usable floor area of a facility without construction.

Spacesaver High-Density Systems

For organizations with archive materials, healthcare supplies, government records, or any inventory that requires dense storage with controlled access, Spacesaver shelving systems offer one of the highest-density storage configurations available. Mobile carriages run on floor tracks, eliminating static aisles and compressing the same inventory into a fraction of the floor footprint.

Why Hybrid Storage Strategies Deliver the Best Results

The most efficient warehouses rarely rely on a single storage system. The facilities that perform best use different systems for different types of inventory based on how each product is stored, accessed, and moved through the operation.

Reserve inventory may live in pallet racking at full building height. Frequently picked items may be stored in open industrial shelving near the outbound dock. Small parts and components may be organized in modular drawer cabinets. Archive or slow-moving materials may be placed in high-density mobile shelving. Each system is chosen for what it does best, and together they create a storage strategy that supports the entire operation rather than compromising across the board.

When storage systems are selected based on inventory characteristics and workflow requirements rather than price or convenience, the result is typically faster throughput, fewer picking errors, and greater capacity, all within the same building footprint.

Common Storage Mistakes That Kill Capacity

After nearly five decades of warehouse assessments, our team sees the same patterns repeatedly. The most common mistake is failing to use available vertical height. The second is applying the same storage system to every type of inventory regardless of how it is accessed. The third is designing around current inventory levels without accounting for future growth, which means the facility is already undercapacity before the next product line arrives.

The most expensive mistake, however, is treating expansion as the only option before a thorough assessment has been completed. Many organizations begin planning for a larger facility long before they have fully optimized the one they occupy. A professional warehouse assessment frequently uncovers improvements that delay or eliminate the need for capital expansion entirely while improving day-to-day operational performance at the same time.

What Optimization Actually Delivers

Organizations that improve storage efficiency consistently report gains across multiple areas of the business, not just capacity. Picking operations become faster because products are easier to locate. Inventory accuracy improves because storage is better organized. Safety improves because aisles are less congested. Labour costs decrease because employees spend less time searching and more time doing productive work.

Most importantly, businesses gain the ability to support growth without immediately committing to a more expensive facility. In many cases, the return on a storage optimization project significantly exceeds the return on a building expansion. Our preventative maintenance program also keeps optimized systems performing over the long term.

The Stor-It Systems Advantage

Stor-It Systems has been helping businesses across Atlantic Canada improve warehouse performance since 1978. We work with organizations throughout New Brunswick, Nova Scotia, PEI, and Newfoundland to evaluate existing facilities, identify underutilized capacity, and design storage strategies that support both current operations and long-term growth.

Our approach starts with understanding how your operation actually works today and where it needs to go. We evaluate inventory profiles, workflow requirements, facility constraints, and future growth plans before recommending a single product. As exclusive dealers for Rousseau, Space Aid Manufacturing, and Spacesaver, we have access to the full range of storage solutions and the expertise to match the right one to your specific situation.

Our consultation and design services are built for exactly this kind of challenge. Book a session with our team and we will walk through your space, your inventory, and your workflow together.

Frequently Asked Questions

How do I know if I actually need to expand my facility?

In most cases, a thorough warehouse assessment should come before any expansion decision. Many organizations discover they can recover significant capacity through smarter storage design, better inventory placement, and more effective use of vertical height. Expansion may still make sense, but it should be an informed decision, not a default one.

What is the fastest way to increase warehouse capacity?

Improving vertical storage utilization is typically the quickest and most cost-effective starting point. If your facility is not using its full ceiling height for shelving or racking, that is often the largest single opportunity for immediate capacity gains.

Can industrial shelving and pallet racking be used in the same facility?

Absolutely, and in most cases, combining both produces better results than relying on either one alone. Pallet racking handles bulk palletized inventory efficiently, while industrial shelving supports hand-picked items closer to the pick or pack area. Each system does what it does best.

Does warehouse optimization work for smaller operations?

Yes, and smaller facilities often see the largest proportional gains. When floor space is limited, even modest improvements to vertical storage or inventory placement can meaningfully increase usable capacity and operational efficiency.

What is involved in a warehouse assessment with Stor-It Systems?

Our team evaluates your current layout, inventory profile, workflow, and growth objectives. We identify gaps between how the space is being used and how it could be used, then provide practical recommendations with clear options and costs. Book a consultation here.

Optimize Before You Expand

The greatest opportunity for growth in most warehouses is already inside the building. Through smarter storage design, more effective use of vertical space, and the right combination of shelving, racking, and high-density systems, businesses across Atlantic Canada are adding meaningful capacity, improving productivity, and delaying expensive expansions.

The organizations that invest in warehouse optimization before expanding consistently report one thing in common: they wish they had done it sooner. The improvements tend to be faster to realize, less disruptive to implement, and more durable than a simple footprint increase. A better-designed facility does not just hold more; it operates more smoothly, scales more easily, and creates a better environment for the people working in it every day.

If your facility feels constrained, the most valuable first step is a conversation with a storage expert who can help you see what is actually possible. Stor-It Systems has been having that conversation with Atlantic Canadian businesses for nearly 50 years. Book a free facility consultation today.

Industrial Shelving vs. Pallet Racking: Which Storage System Does Your Warehouse Need?

Wed, 03 Jun 2026 15:58:28 GMT

Walk into almost any warehouse, distribution centre, or industrial facility in Atlantic Canada and you will find two types of storage doing the heavy lifting: industrial shelving and pallet racking. Both are built to store things. Both make use of vertical space. But beyond those basics, they are designed for fundamentally different jobs, and choosing the wrong one can cost you efficiency, usable capacity, and money.

If you are planning a new facility, reorganizing an existing one, or simply trying to figure out why your current setup is not working as well as it should, this guide will walk you through exactly what separates these two systems, when each one is the right call, and how Stor-It Systems can help you get it right the first time.

What Is Industrial Shelving?

Industrial shelving is a modular, unit-load storage system designed to hold loose items, bins, boxes, parts, and smaller goods that workers need to access directly by hand. Think of it as the heavy-duty evolution of a storage room shelving unit, built to handle real industrial loads and real industrial environments.

At Stor-It Systems, we carry Rousseau industrial shelving, one of the most trusted names in the industry. Rousseau shelving is available in a wide range of configurations to match virtually any storage challenge:

Open Shelving: ideal for high-frequency access and visual inventory management.
Closed Shelving: enclosed panels protect contents from dust, debris, and unauthorized access.
Mini-Racking: bridges the gap between traditional shelving and full pallet racking.
Shelving with Sloped Shelves: perfect for forward-facing product display and easy picking.
Shelving with Sliding Panels: maximizes density in tight spaces.
Mobile Shelving and Mini-Racking: rows mounted on rolling carriages to eliminate fixed aisles.
Multi-Level Shelving: stacked systems that double or triple your usable floor space.

Rousseau shelving is engineered with a boltless clip design, meaning shelves sit on four adjustable clips on one-inch increments with no tools required for reconfiguration. Load capacities range from 450 lbs to 800 lbs per shelf, with reinforcing options available for heavier applications.

This system is built for warehouses, automotive shops, healthcare facilities, government storage, and any environment where organized, accessible storage of small to medium-sized items is the priority. Standard heights run from 39 inches to 123 inches, with high-rise and two-level options available where the building envelope allows.

What Is Pallet Racking?

Pallet racking is a structural storage system built to hold palletized loads, meaning goods stacked on pallets and moved by forklifts, reach trucks, or pallet jacks. If industrial shelving is for people reaching in to grab items, pallet racking is for powered equipment lifting full pallets in and out.

Stor-It Systems supplies pallet racking through Space Aid Manufacturing, offering several configurations suited to different operational requirements:

Single and Double Deep Racking: versatile first-in, first-out access for pallets of varying sizes.
Bolted Racking: greater flexibility and cost savings compared to welded alternatives.
Very Narrow Aisle (VNA) Racking: maximum density using wire-guided or rail-guided reach trucks.
Drive-In Racking: First In, Last Out (FILO) with the highest storage density of any racking type.
Push Back Racking: FILO design offering more pick faces than drive-in configurations.
Pallet Flow Racking: gravity-fed roller tracks advance pallets from restocking to picking positions.

All pallet racking installed by Stor-It Systems is engineered to Canadian national standards and local seismic requirements. Per national guidelines, all racking must be anchored to a concrete slab. Engineered capacity placards are provided for every installation, and regular rack inspections are strongly recommended to maintain safety and compliance.

Key Differences at a Glance

Understanding the core differences between these systems will help you make a confident decision for your operation.

How to Choose the Right System

The right system comes down to four main factors: what you are storing, how you are moving it, how often you need access, and what your space allows. Here is how to think through each one.

1. What Are You Storing?

If your inventory is primarily loose items such as parts, tools, files, small boxes, bins, or retail products, industrial shelving is almost always the right answer. Workers can walk up, locate what they need, and pick it directly without equipment.

If your inventory arrives and ships on pallets and is moved by powered equipment, pallet racking is the system built for that workflow. Trying to manually manage palletized loads on shelving is unsafe and inefficient.

2. How Is Your Facility Laid Out?

Standard pallet racking requires dedicated forklift aisles, typically 10 to 12 feet wide for conventional reach trucks. If your facility cannot accommodate that, Very Narrow Aisle racking with specialized equipment reduces that footprint significantly. In facilities where aisle space is truly at a premium and all access is by hand, mobile shelving eliminates fixed aisles entirely, recovering up to 50% of floor space compared to static rows.

Height matters too. Industrial shelving is available from 39 to 123 inches, with high-rise and two-level options for taller facilities. Pallet racking typically uses the full clear height of the building.

3. How Frequently Do You Need Access?

For high-frequency picking, where workers are pulling items many times per day, open shelving or mobile shelving with clear sightlines and ergonomic access reduces fatigue and picking errors. Sloped shelves and sliding panel configurations are particularly effective for forward-facing pick faces.

For lower-frequency, high-density pallet storage, drive-in or push back racking maximizes the product you can store per square foot, at the trade-off of requiring FILO inventory rotation.

4. Do You Need Both?

Many warehouses and distribution centres use both systems in tandem. A receiving area might run pallet racking for bulk storage, while a separate pick area uses industrial shelving for broken-down cases, parts, or kitted products closer to the outbound dock. Stor-It Systems can design both zones as part of an integrated facility layout.

The Stor-It Systems Advantage

Stor-It Systems has been serving Atlantic Canada since 1978, nearly five decades of helping businesses across New Brunswick, Nova Scotia, PEI, and Newfoundland answer exactly these kinds of questions. We are an exclusive dealer for both Rousseau (industrial shelving) and Space Aid Manufacturing (racking solutions), which means you get direct access to two of the most respected product lines in the industry, backed by a team that knows them inside and out.

Our process starts with a consultation and facility assessment. We review your floor plan, ceiling height, inventory profile, and workflow before we ever recommend a product. We then design a system around your actual operation, not a generic template, and handle professional installation and ongoing preventative maintenance once it is in place.

We also carry pre-owned racking for businesses working within tighter capital budgets, and offer rack inspection and repair services for existing systems that need attention.

Safety and Compliance: What You Need to Know

Both shelving and racking systems carry load ratings that must be respected. Overloading is one of the most common causes of warehouse incidents, and it is entirely preventable with the right system, properly installed and correctly used.

For pallet racking specifically, Canadian national guidelines require anchoring to a concrete slab and that engineered capacity placards be displayed on the installation. Regular inspections, both internal and by qualified third parties, are recommended to catch damage before it becomes a hazard.

Stor-It Systems offers a dedicated Warehouse Safety Program that includes rack inspection, risk identification, and compliance support. If you have existing racking that has not been formally inspected, or if you are not sure whether your current setup meets current guidelines, that program is a great place to start.

Frequently Asked Questions

How tall should my industrial shelving be?

Several factors determine the right height, including building restrictions and what you are storing. Standard heights run from 39 to 123 inches, but taller units and two-level systems are available where the space and operation allow. A Stor-It consultant can help you evaluate all the variables.

Does pallet racking need to be anchored to the floor?

Yes. Per national guidelines and manufacturer recommendations, all pallet racking must be anchored to a concrete slab. Installation on gravel, asphalt, or patio stones is not an acceptable practice. Certain applications such as freezers, outdoor use, and high seismic zones may also require more robust anchor specifications.

Can Rousseau modular drawers be added to industrial shelving?

Yes, in most configurations. There are some size restrictions on which shelving units accommodate drawers, and your Stor-It consultant can guide the right selection. Rousseau modular drawers can also be installed in many other brands of shelving.

Do I always need to put the heaviest loads on the bottom beam level?

Yes, for pallet racking this is best practice. Heavier loads on lower levels improve stability and reduce the risk of upright damage. Your Stor-It installation will include capacity placards that specify the rated load for each beam level.

Turn Your Facility Into a Competitive Advantage

The right storage system is not just about where you put things. It is about how fast your team can find and move product, how safely they can do it, and how much of your facility you are actually putting to work. An operation running the right combination of shelving and racking moves faster, makes fewer errors, and scales more easily than one built on guesswork or outdated layouts.

That is what Stor-It Systems is built to help you achieve. Our team starts by understanding how your operation actually runs, including your inventory profile, picking frequency, throughput targets, and floor constraints, and then designs a storage solution around those goals. The result is a facility that works harder for your business, not just a room full of metal.

Whether you are starting from scratch, expanding into a new facility, or trying to get more out of the space you already have, a conversation with our team is the fastest way to see what is possible. Consultations are free and carry no obligation.

Book a free consultation
Call us: 1-800-263-6328

Email: sales@stor-itsystems.com

Proudly serving Atlantic Canada since 1978.