Shipping &
Carrying Cases

Air Conditioned
Cases

19-inch Rack Mount

Aluminum rack cases from 3U to 36U support heavy payloads

Stylish aluminum briefcases for business and industrial use

Shipping & Storage

All aluminum shipping and storage containers

Wheeled aluminum cases with pull-handle and casters

Custom Aluminum Cases

Build an aluminum case to fit your exact requirements

Snap-on thermoelectric coolers for rack cases in 200 to 3,000 BTU/HR

Climate management allows equipment to operate in harsh environments

High-capacity, compressor based temperature control systems

Thermoelectric Coolers

Integrated thermoelectric cooling units for racks and shipping cases

Custom or modified cases and racks

Fabricated to your exact size specifications

Custom interiors for maximum protection

Rack Integration

I/O panels, power, wiring, equipment integration

Custom Roto Molded

Custom roto-molded sizes for modest volume

Special volume pricing, designs, logos, colors

Case Advisor Blog

Aluminum Cases for Rough Shipping and Handling

There are several exceptional benefits of aluminum cases, including protecting sensitive equipment during transportation. Fragile contents need protection from vibration and shock, and aluminum cases are great for dampening impacts and oscillations.

An Overview of Foam Materials

In my last two postings I reviewed equipment fragility and the influence of handling and transport on packaging design. The most common approach to protecting equipment within a carrying case, transit case or shipping case is to use foam cushioning. In this posting, I’ll provide an overview of foam materials.

What You Need to Know About Fragility

Protective cases are typically used when something delicate needs to be transported from point A to point B. And, you want to ensure it arrives intact. To many, a protective case is nothing more than a case with an inch or two of foam lining the interior. This is an overly simplistic perspective. Protective case […]

How Transit Cases Prevent Shock Impact Damage

Newton’s Laws of Motion can be problematic for electronics. Why? The first Law of Motion tells us a body will continue in motion unless acted upon by an external force. In the second law, acceleration is the rate at which an object changes its velocity. It’s dependent upon mass and force. So, drop a box […]

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