How to Choose Packaging for Medical Device Shipments

Medical devices are expensive, sensitive, and often irreplaceable on short notice. Get the packaging wrong and you’re not just eating a shipping cost. You’re delaying a surgery, disappointing a hospital, or scrapping a device that took months to build.

Here’s how to actually think through the decision.

Start with the device, not the catalog

Before picking a material, answer three questions:

How fragile is it? A diagnostic scanner with optical components needs different handling than a sturdy stainless steel tray of surgical tools.

What’s the shipping path? Ground freight across the state is a different risk profile than international air freight with three handoffs.

What happens if it fails? A cracked housing might be cosmetic. A misaligned sensor might mean the device doesn’t pass calibration on arrival.

The answers point you toward one of three directions: foam, corrugated, or a custom crate.

Foam: best for precision and repeat shipments

Foam inserts are cut or molded to the exact shape of your device. That means zero movement inside the box, which matters most for anything with sensitive electronics, lenses, or calibrated components.

Foam earns its cost when:

• You’re shipping the same device repeatedly and can amortize the tooling
• The device has an irregular shape that a generic box can’t support
• You need to protect multiple components at once (main unit, accessories, cables) in one organized layout

Foam is not the answer for one off shipments or oddly shaped devices you’ll never ship again. The tooling cost doesn’t pencil out.

Corrugated: best for durable devices and cost sensitive volume

Corrugated boxes with dividers or void fill work well for devices that are solid but not delicate. Think diagnostic supplies, sturdy equipment housings, or accessory kits.

Corrugated earns its cost when:

• The device can tolerate some vibration without functional risk
• You’re shipping high volume and unit cost matters
• Speed to ship matters more than a custom fit

The tradeoff is protection ceiling. Corrugated with foam void fill can handle a lot, but it won’t match a molded foam insert or a full crate for something genuinely fragile.

Custom crates: best for large, high value, or irreplaceable equipment

Crates make sense once a device is too large, too heavy, or too valuable to trust to a box. Imaging equipment, large diagnostic systems, and anything that needs to survive freight handling, forklifts, and multiple transfers usually belongs in a crate.

Crates earn their cost when:

• Replacement cost or lead time is high enough that any damage is a real problem
• The device needs mechanical protection, not just cushioning
• You’re shipping internationally and need ISPM 15 compliant wood or an alternative like ECorrCrate

This is also where mil spec and ATA style construction come in, if the shipment needs to survive genuinely rough handling.

The decision in one line

If it fits in your hand and is delicate, use foam. If it’s sturdy and you’re shipping a lot of them, use corrugated. If it’s large, expensive, or irreplaceable, use a crate.

A quick note on regulatory requirements

Medical device packaging often has to satisfy more than “did it arrive intact.” Depending on your product, that can mean documentation for FDA requirements, ISO 11607 for sterile barrier systems, or distribution testing under ASTM D4169. None of that changes which material you pick, but it does change what testing and documentation should exist behind the packaging design.

If you’re not sure what applies to your device, that’s a conversation to have before you finalize packaging, not after a shipment fails.