Every shipment goes on a rough journey—vibrations from trucks and trains, stacking in warehouses, and the jolts of loading equipment. If packaging can’t handle this, products arrive damaged, leading to costly returns and disappointed customers. That’s why the vibration test for packaging – Kiyo R&D Lab is a smart quality gate before launch.
We simulate real-world shipping conditions to uncover weak points early, helping you ship confidently while reducing waste and costs.
Vibration testing replicates the mechanical energy a package experiences in distribution. In the lab, a vibration table subjects the package to controlled frequencies and amplitudes that mimic roads, conveyors, rail tracks, sea swell, and aircraft taxi/flight vibrations.
Testing these scenarios ensures products arrive intact and packaging is right-sized—not overbuilt or underperforming.
Damage costs more than a replacement. It risks reputation, triggers negative reviews, and increases logistics and environmental impact. Conducting vibration test for packaging – Kiyo R&D Lab helps you:
We review product fragility, mass, cushion systems, and route. This informs the vibration profile and duration.
The sample is mounted on a calibrated vibration table capable of random and sine sweep profiles to represent different transport modes.
We run profiles aligned to standards, capturing resonance, loosening, or product shift. Durations reflect your distribution environment.
After testing, we inspect the package and product for damage and displacement, then deliver a clear report with improvement suggestions.
Using recognized standards ensures repeatability and global acceptance—especially important for export shipments and key accounts.
Testing reveals where packaging is over- or under-engineered. Optimize cushioning and board grades to cut material, reduce weight, and lower freight emissions—without risking damage. Less waste, more savings.
