Warehouse efficiency is often discussed in terms of automation, robotics, or complex software systems. While those technologies certainly play a role, one of the most important factors is much simpler: how the warehouse is physically organized.

The layout and design of storage racking systems determine how easily inventory moves through a facility. When storage is poorly planned, forklifts travel farther than necessary, aisles become congested, and valuable floor space is wasted. A well designed racking layout can dramatically increase storage capacity while making everyday operations faster and safer.

For many warehouses, improving efficiency does not require expanding the building. It simply requires making better use of the space that already exists.

Why Storage Layout Matters More Than Most People Think

Walk through any busy warehouse and you will notice that most of the activity revolves around moving pallets. Forklifts are constantly retrieving, storing, and repositioning inventory throughout the facility. If the storage layout is inefficient, every one of those movements takes longer than it should.

Even small improvements in storage design can make a noticeable difference. Shorter travel distances, clearer aisle access, and better organization all contribute to smoother operations.

Well planned racking systems also make inventory easier to manage. When pallet positions are clearly defined and easy to access, employees spend less time searching for products and more time moving orders out the door.

High Density Storage Is Becoming More Important

As inventory volumes increase and industrial real estate becomes more expensive, warehouses are looking for ways to store more product within the same footprint.

High density racking systems are one of the most effective solutions. These systems reduce the amount of aisle space required and allow pallets to be stored deeper within the rack structure.

Drive in rack systems allow forklifts to enter the rack structure and store pallets several positions deep. This approach works well when large quantities of the same product are being stored together.

Pushback racking uses a system of nested carts that allow pallets to be stored multiple positions deep while remaining accessible from the aisle. As pallets are removed, the remaining pallets roll forward into position.

Both systems allow warehouses to significantly increase pallet capacity compared to traditional single deep storage layouts.

Flexible Storage Systems Support Changing Inventory

Warehouse operations today are rarely static. Product lines change, inventory levels fluctuate, and order volumes shift throughout the year.

Adjustable racking systems help facilities adapt to those changes. Beam levels can be repositioned to accommodate different pallet heights, and sections of racking can be modified as storage needs evolve.

This flexibility allows warehouses to adjust their storage layout without major construction or facility expansion.

Technology Is Supporting Smarter Warehouse Operations

Modern warehouses are also benefiting from improved technology. Warehouse management systems provide real time visibility into inventory levels and product locations. Scanning systems reduce errors during receiving, picking, and shipping.

Some larger operations are also exploring robotics and automated picking systems to handle repetitive tasks more efficiently.

However, even the most advanced technology still depends on a well organized storage layout. When storage systems are designed properly, both employees and automated systems can work faster and more efficiently.

The Right Storage System Makes a Long Term Difference

Improving warehouse efficiency rarely comes from a single change. Instead, it usually comes from combining better storage systems, improved workflow design, and the right equipment.

A well planned racking layout can increase pallet capacity, reduce congestion, and improve overall productivity without expanding the building.

For a closer look at different warehouse racking configurations and storage options, visit our page covering warehouse pallet racking systems and storage solutions.

Pallet Rack Guarding in Cleveland, Ohio

Cleveland, Ohio-We recently completed a pallet rack guarding project in Cleveland, Ohio for a manufacturing facility focused on improving warehouse safety. The safety manager reached out after identifying potential risks tied to pallets stored on upper rack levels. In a busy environment, loads shift, product gets bumped, and improperly positioned skids can create unnecessary hazards. The goal was simple. Protect employees and visitors working near the pallet racking system.

After reviewing the existing layout, we recommended a wire rack guarding solution from Husky Rack and Wire.

Why Pallet Rack Guarding Matters in Cleveland Warehouses

In many Cleveland facilities, pallet racks run alongside pedestrian walkways or active workstations. When that happens, added protection becomes important. Wire rack guards attach directly to the pallet rack upright columns and create a rigid barrier that helps prevent pallets or loose product from falling into aisle ways or work areas.

Unlike netting, wire panels provide consistent protection while still allowing light and visibility through the rack bays. Employees can clearly see stored inventory while gaining an added layer of safety.

For this facility, the rack guarding solution delivered:

• Added protection along active rack aisles
• Improved safety near exposed workstations
• Greater confidence during plant tours and visits
• A stronger alternative to worn or torn netting

Product Details and Quick Ship Availability

The wire rack guards are available in several standard sizes and fit common beam lengths of 96 inch, 108 inch, 120 inch and 144 inch bays. Heights of 3 foot, 4 foot and 5 foot allow the guarding to match different rack openings.

Standard size panels can ship within 24 hours for orders totaling 2,500 pounds or less, making this a practical option when safety concerns need to be addressed quickly.

Panels ship crated to prevent freight damage, with one crating charge covering up to 23 panels.

When to Consider Rack Guarding

Facilities often explore pallet rack guarding in Cleveland when:

• Pedestrian traffic runs alongside rack systems
• Workstations are positioned directly next to rack bays
• Pallets have previously been pushed through rack levels
• Stored product has caused wall damage
• Existing safety netting is no longer adequate
• The facility hosts regular visitors or plant tours

In these situations, adding wire rack guards is a straightforward way to reduce risk without changing the overall rack layout.

Supporting Safer Facilities in Cleveland, Ohio

Every warehouse operates differently, but safety concerns around pallet racking are common. In this Cleveland project, rack guarding provided a durable and effective upgrade that strengthened protection around existing storage systems.

Midwest Material Handling supports warehouses and manufacturing facilities throughout Cleveland and Northeast Ohio with a full range of material handling and warehouse storage solutions.

To learn more about pallet rack guarding in Cleveland, Ohio or to discuss your specific layout, contact our team today.

Midwest Material Handling developed the concept and layout for a large scale rack supported pick module system for a major international auto glass manufacturer in Mobile, Alabama. Working in collaboration with engineering support from Interlake Mecalux, the system was structurally engineered and then installed by our team to create a high density storage solution capable of organizing and picking more than 9,100 SKUs within a limited warehouse footprint.

The success of this design led to the system being duplicated at additional service center locations throughout the United States, creating a standardized storage model for regional operations.

Project Scope and Requirements

The facility handled a wide range of windshield and specialty glass products with varying dimensions and weights. SKU count exceeded 9,100 active items, and available floor space did not allow for horizontal expansion.

Key requirements included:

• High density SKU organization
• Efficient hand picking access
• Structural support for a mezzanine platform
• Long clear spans for oversized glass products
• Scalable design for replication across multiple facilities

Traditional shelving would not provide sufficient structural capacity. A conventional pallet rack layout alone would not deliver the SKU density required for manual picking operations. The solution required an engineered integration of rack structure and wide span shelving.

System Engineering and Design Collaboration

Midwest Material Handling developed the initial layout concept, storage configuration and operational flow strategy for the pick module system. Interlake Mecalux provided structural engineering support to ensure load calculations, rack frame performance and mezzanine integration met required specifications.

The system was built around standard roll formed pallet rack uprights and beams that served as the primary structural framework. These rack frames supported a mezzanine platform, creating a second level of storage without increasing building footprint.

Above the mezzanine level, wide span shelving was installed to store lighter but oversized truck windows and specialty glass components. The extended beam spans allowed clean SKU separation and open hand access while supporting required load capacity.

Because the system was engineered as a repeatable model, it could be adapted and duplicated across additional service center locations with consistent structural and operational performance.

For more information on this storage solution, visit our Wide Span Shelving in Ohio page.

Installation and Execution

Midwest Material Handling managed on site installation, structural coordination and full system integration. Due to the size and complexity of the project, installation required nearly one month of coordinated field work to complete.

Careful attention was given to:

• Structural load distribution across rack frames
• Mezzanine attachment and alignment
• Beam span selection for oversized product storage
• Multi level structural consistency
• Safe and efficient vertical access

Completing a project of this scale within an operational industrial facility required disciplined sequencing, crew coordination and strict adherence to engineered specifications.

Operational Results

The completed pick module system delivered measurable improvements in storage density and picking efficiency. By building vertically rather than expanding outward, the facility significantly increased usable storage capacity within the existing footprint.

Results included:

• Organized storage for more than 9,100 SKUs
• Improved vertical space utilization
• Reduced picker travel distance
• Clear separation of oversized and specialty products
• A scalable system design implemented at additional service centers nationwide

By combining pallet rack structural support with wide span shelving storage levels, the facility achieved high density organization while maintaining safe and efficient hand access.

Engineered Pick Module Systems

Pick modules are engineered storage systems built around rack supported platforms and multi level shelving. They are commonly used in high SKU environments where picking accuracy, accessibility and vertical utilization directly impact operational performance.

Midwest Material Handling develops layout concepts, collaborates with manufacturer engineering teams and installs integrated rack supported pick module systems tailored to inventory profile, SKU count and facility constraints.

To learn more about rack supported storage systems, visit our Selective Pallet Rack Ohio page.

We were contacted by the Department of Defense (U.S. Navy) to furnish and install rugged, durable wire lockers for their Naval Special Operations Unit (SEAL). We designed, furnished and installed a heavy duty Wirecrafter’s TA-50 Military Storage Lockers system. These lockers had to be extremely durable and able to withstand severe wear and tear. This Steel Locker was designed and is manufactured by Wirecrafters specifically with the demanding environment of the US Military in mind. This locker system was an integral part of an update and enhancement of their Naval Operations Center. All of our Lockers are proudly built in the United States.

For more information on our innovative Steel Locker systems, kindly check out: https://mmhonline.com/lockers-steel-metal-employee-school-military-storage-installation-columbus-ohio/

For information on Wirecrafters line of heavy duty, durable TA-50 Storage Lockers, see: https://www.wirecrafters.com/products/storage-lockers/ta-50-military-storage-lockers/

Midwest Material Handling was contacted by a local architect who was designing a new loading dock and mezzanine system for a community college in Dayton, Ohio. The project involved creating a functional shipping and receiving area in a space where no loading dock previously existed.

The goal was to develop a dock loading system capable of unloading vehicles of multiple heights, ranging from passenger trucks to full semi trailers. The facility also wanted to utilize an existing forklift for loading and unloading operations. These requirements created a unique engineering and design challenge.

To solve this, our team developed a system that combined several material handling and loading dock components into a single integrated solution.

A key element of the project was a custom designed high capacity structural mezzanine built strong enough to support forklift traffic. The mezzanine structure was paired with heavy duty safety barrier rail and embedded custom fabricated steel pipe bollards.

This material handling structure was then integrated with several loading dock components including a Blue Giant stationary elevating dock, a mechanical vehicle restraint, and laminated dock bumpers. Midwest Material Handling is an authorized Blue Giant equipment dealer and supplies a full range of Blue Giant loading dock equipment and replacement parts.

One notable design feature was the use of custom fabricated square tube steel pipe bollards that were installed sixty inches deep into the concrete. These bollards were designed to absorb the impact of trucks backing into the dock area. Laminated dock bumpers were welded directly to the bollards to provide additional protection and durability.

Another unusual aspect of the installation was the ground mounted mechanical vehicle restraint. In most dock installations, restraints are mounted directly to the dock wall and anchored into the foundation. In this case, the design required the restraint to be mounted independently on the ground to accommodate the layout of the mezzanine and elevating dock system.

The portable elevating dock also featured two access ramps positioned in unique locations, including one ramp that extended thirty inches deep to accommodate forklift traffic and vehicle access.

Projects like this are uncommon because the material handling equipment industry and the loading dock equipment industry typically operate as separate specialties. It is rare for a project to require both disciplines to be integrated into a single engineered system.

Midwest Material Handling completed the entire project in house, including system design, fabrication, and installation. This approach allowed the customer to work with a single source for engineering, manufacturing, and project accountability.

Companies that operate loading docks also require reliable replacement parts to keep their operations running safely and efficiently. Midwest Material Handling supplies a wide range of wholesale dock parts including dock bumpers, vehicle restraints, dock leveler parts, dock seals, and other essential loading dock components. For a full overview of our wholesale dock equipment parts, visit our Wholesale Loading Dock Equipment Parts page.

In addition to loading dock systems, Midwest Material Handling provides a broad range of warehouse equipment used in manufacturing, distribution, and logistics operations across Ohio. Our equipment solutions include pallet racking, conveyors, lift tables, safety barriers, industrial shelving, and other material handling products designed to improve warehouse efficiency.

For a full overview of available equipment and warehouse solutions, visit our Material Handling Equipment page.