Stackable metal bins built for high-density parts storage

Custom-built. Portable. Stackable metal bins
Stackable metal bins designed around your parts, your volume, and the way your floor actually operates.
Two corrugated orange stacking bins

Stackable metal bins built for operations that need containment.

A stackable metal bin is not just a steel box with a forklift pocket. In the real world, it has to hold your load without flexing, stack without drifting, contain loose parts that would breach a plastic tote, and survive thousands of forklift cycles without losing its geometry.

That is why Morrison engineers stackable metal bins around how your operation actually works. Payload weight, part size, stacking height, and access configuration all factor into the design. Indoor, outdoor, and washdown environments shape the build. The point is not to sell a standard bin—the point is to solve the storage and containment problem without creating new ones.

Advantages

Built around your load, your floor, your problem

Contain what racks and totes can't

Loose parts, oily components, sharp-edged scrap, heavy castings—materials that fall through wire baskets, breach plastic totes, or damage lighter containers. Morrison builds solid-wall steel bins engineered to your payload and your materials.

Stack high without drift

Dimensional consistency across every bin in the fleet means your stacking pins align and your columns stay plumb. Morrison holds tight tolerances unit to unit so your warehouse team is not compensating for bins that don't match.

Handle the load your operation actually puts in them

Wall gauge and deck gauge specified to your real payload—not a generic rating from a spec sheet. A bin holding 500 lbs of fasteners and a bin holding 3,000 lbs of castings are not the same build, and Morrison does not treat them like one.

Get bins that work with your floor, not against it

Four-way fork entry, drop gates, drainage, casters, dividers—engineered into the bin at fabrication, not bolted on after. Every configuration is designed around your handling equipment, your rack system, and how your operators actually access the product.
Need more containment without more floor space? Let's look at your payload, stacking requirements, and access configuration before you settle for a bin that doesn't fit.
Talk Through a Project
Configurations

Common industrial metal containers

Every container starts with the application, but these are some of the more common directions the design takes.
Two corrugated orange stacking bins

Rigid bulk bins

Fixed solid walls for applications where load containment, structural rigidity under impact, or part protection from external contact is required.
Black heavy-duty collapsible bin

Heavy-duty Metal bins

Heavy-gauge steel and reinforced walls, engineered to run cycle after cycle.
Gray folding collapsible steel bin on the shop floor

Collapsible, Foldable Steel Bins

Reduce empty container volume by 70–80%. Fold mechanisms engineered for thousands of cycles without joint wear.
Custom folding-arm industrial metal containers engineered for collapsible empty return and returnable shipping duty.

Returnable Metal Containers

Custom-engineered containers that protect parts, fit your line, and keep coming back.
Applications

Where stackable metal bins make sense

Bulk parts storage

Stack loaded bins to maximize warehouse density without committing to permanent shelving or fixed racking systems.

Work-in-process staging

Hold WIP parts between production steps—organized, contained, and accessible without dumping or hand-sorting.

Scrap and recycling collection

Abrasive materials, sharp edges, and heavy drops that destroy lighter containers. Steel bins take the punishment and keep their shape.

High-density vertical storage

When pallets or fixed shelving do not match the shape, weight, or handling reality of the product.

Outdoor and washdown environments

When bins need to handle weather, moisture, and temperature swings without cracking, warping, or losing structural integrity.

Returnable packaging programs

Steel bins that survive thousands of round-trip cycles between facilities—replacing disposable packaging with a container that pays for itself.
Stackable custom metal bins engineered for bulk parts storage, forklift handling, and returnable fleet duty.

Built to stack & contain. Designed to last

A bin that flexes under load, drifts when stacked, or cracks in a washdown environment is a bin your team works around instead of with. Morrison engineers every stackable metal bin to the payload it actually carries, the height it actually stacks, and the conditions it actually operates in—so the bin solves the problem instead of becoming one.
Process

From concept to delivery

Every bin starts with a problem—wrong size, wrong capacity, wrong container for the material. Morrison's process starts there too.
1

Application review

We review your payload, part type, containment needs, handling equipment, and storage environment.
2

Rack concept and layout

We develop a bin design around your dimensions, access requirements, stacking targets, and floor constraints.
3

Engineering and refinement

Our team finalizes structure, capacity, handling details, and real-world use requirements.
4

Full production

We fabricate, finish, and deliver your bins in-house—ready to load, stack, and put to work.
Stacked blue mesh steel containers on the shop floor

Why Morrison is a better fit

Some bin suppliers sell standard sizes and leave the tradeoffs to you. Morrison is a better fit when the containment problem is not generic.

That might mean non-standard dimensions. Heavier payloads than plastic or wire can handle. Harsh environments that crack totes and corrode light-gauge steel. Parts too loose, too sharp, or too heavy for anything but solid-wall construction.

Morrison builds around the real use case so the bin fits the operation—not the other way around.

FAQ

Frequently asked questions about stackable metal bins

Morrison engineers stackable metal bins to your specified load—there is no single catalog limit. Wall gauge, deck gauge, frame construction, and stacking geometry are all specified based on your actual payload. If your application requires bins that carry more than standard catalog options handle, Morrison engineers to that requirement. Provide your load specification when requesting a quote and our engineering team will design to it.
Let's figure out what the bin actually needs to do Tell us what you're containing, how it stacks, and where the current setup falls short. We'll work backward to the right bin.