Recently, a customer received a home lift from Beacon Industries and sent us photos showing that the bottom support structure of the wooden shipping crate had been damaged during transportation.
Because the damaged base could no longer provide reliable support, the customer had difficulty unloading the crate safely. To solve the immediate problem, the customer had to place two additional pallets underneath the crate before lifting it off the truck.
We take packaging damage seriously, so we analyzed what might have happened and discussed possible improvements with our wooden crate manufacturing team.
Analyzing the Possible Cause
Based on the photos and our shipping experience, we identified a possible cause related to container loading.
When shipping home lifts in a 40-foot container, the wooden crates sometimes need to be pushed toward the far end of the container to make the best use of the available space.
If a crate is pushed from the wrong position or excessive force is applied to its base, the bottom support structure may be damaged. This is particularly problematic if the base is not designed to withstand the forces involved in this loading process.
Although we could not confirm the exact cause from the photos alone, this possibility highlighted an important point: shipping packaging must be designed not only to protect the equipment, but also to withstand the handling required during container loading and unloading.
Our Solution: Improving the Wooden Crate Base
After discussing the issue with our wooden crate manufacturing team, we decided to change the design of the crate's bottom support structure.
The improved design focuses on two key objectives:
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Better forklift handling: The base structure is designed to make it easier for a forklift to lift and reposition the crate, including when it needs to be moved farther into a shipping container.
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Stronger bottom support: The revised support arrangement is intended to reduce the risk of the base breaking or becoming damaged during handling.
Rather than simply repairing the damaged design, we chose to improve the underlying structure to help prevent similar problems in future shipments.
What We Learned From This Experience
Packaging is an important part of delivering customized lifting equipment. A home lift may be manufactured to meet the customer's requirements, but if its packaging cannot withstand transportation and handling, the delivery process can still encounter problems.
For an example of packaging planning before shipment, see our custom home lift project for a European customer, which includes a 3D packing layout and wooden export crates.
This experience reminded us that packaging design should consider the complete shipping process, including forklift access, crate repositioning, container loading, and unloading at the destination.
At Beacon Industries, we believe that troubleshooting should lead to practical improvements. When a customer reports a problem, we investigate the possible causes, work with the relevant production partners, and look for ways to improve our products and processes.
Our goal is not only to manufacture reliable home lifts, but also to make sure they are better protected throughout transportation.
Every shipping problem is an opportunity to improve. By continuously refining our packaging methods, we aim to make the delivery of our home lifts safer, more reliable, and more convenient for our customers.
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