Packed Wrong, Broken on Arrival: How To Ship Industrial Electronics Without Adding To the Damage

GES receives industrial electronics every week that arrive with damage that had nothing to do with the original failure. From cracked board corners and a broken terminal block to electrostatic discharge (ESD) damage from standard bubble wrap, the equipment survived whatever happened on the production floor and then got hurt in transit.

Poor packaging doesn’t just risk cosmetic damage. It can introduce new faults that complicate the repair, add cost, and obscure what failed in the first place.

How transit damages industrial electronics

Three distinct hazards work against unprotected equipment in a shipping box:

• Impact and shock from drops and rough handling: Research from Michigan State University’s School of Packaging found that packages experience dozens of drops in a typical shipping cycle. Industrial electronics with exposed terminals, display panels, and circuit boards are particularly vulnerable.
• Vibration transmitted continuously through conveyor belts and truck beds: Sustained micro-vibration can loosen connections, crack solder joints, and dislodge components that were intact when the box was sealed.
• ESD from standard packing materials: Regular plastic bubble wrap generates static charge as it moves against surfaces — enough to damage board-level components in ways that don’t surface until the unit is powered back up.

ESD protection

Standard bubble wrap, newspaper, and plastic bags offer no ESD protection. For any circuit board, drive board, or control component with exposed electronics, the first layer should be an anti-static bag. Pink anti-static bags dissipate static charge and suit most applications, while silver metalized static shielding bags provide full Faraday cage protection.

Regular bubble wrap used directly against a circuit board can generate charges exceeding 10,000 volts. Anti-static bubble wrap is available from the same suppliers and costs only marginally more.

Physical protection

The most common physical packaging mistakes include the following:

• Reusing an original equipment box without checking its condition
• Insufficient cushioning (the standard is a minimum of 2 inches on all six sides)
• Void fill that shifts in transit (foam holds position and provides ESD protection)
• Single-boxing heavy or fragile components without an outer box to absorb handling

The double-box method addresses all of these: wrap the component in an anti-static bag, surround it with 2 inches of anti-static foam in an inner box, and then place that inside a larger outer box with 2 inches of cushioning between them.

For motors, protect the shaft with a cardboard sleeve or foam wrap before boxing. Separately protect fragile protrusions. Display panels, terminal covers, and encoder connections are the first things to break.

Document before sealing

Include a written description of the known failure symptom inside the box, not just on the packing slip, but physically with the unit. Photograph the packed equipment before sealing. Photos protect against damage claims and give the repair facility useful baseline information.

For high-value equipment, declared value coverage is worth the cost. Standard carrier liability defaults are rarely adequate for industrial electronics.

The unit is already broken; don’t make it worse

Five minutes and the right materials separate a clean repair intake from one where the shop has to sort out transit damage before addressing the original fault. Anti-static bags, foam cushioning, and a double-box setup aren’t expensive or hard to source. They’re just easy to skip when a line is down and the priority is getting the unit out the door fast.