- Drastically Reduces Product Damage: Through rigorous vibration, drop, and impact simulations, packaging engineers identify structural weaknesses early. Consequently, you prevent broken goods and costly product replacements.
- Lowers Shipping and Transit Costs: In addition, standardised testing helps optimise material usage. For example, eliminating unnecessary protective padding reduces overall package dimensions and volumetric weight without compromising package integrity.
- Accelerates Time-to-Market: Because major logistics networks require packaging compliance, ISTA-certified containers pass carrier inspections quickly. Therefore, you avoid unexpected delivery delays and ensure seamless distribution to retailers and e-commerce fulfilment hubs.
- 1 Series: Non-simulation integrity testing designed to evaluate basic package strength.
- 2 Series: Partial simulation performance tests combining basic elements with actual distribution hazards.
- 3 Series: General simulation tests designed to reproduce typical parcel and LTL (Less-Than-Truckload) delivery environments.
- 4 Series: Enhanced simulation testing tailored for specific supply chain distribution loops.
- 6 Series: Custom member performance tests developed in partnership with major logistics channels (e.g., Amazon, FedEx).
- 7 Series: Development tests used for heat and cold thermal performance analysis.
- Atmospheric Preconditioning: First, the package undergoes controlled temperature and humidity conditioning for a minimum of 12 hours to simulate variable storage environments.
- Vibration Testing: Next, technicians place the package on a specialised vibration test stage to assess structural stability against transport movement.
- Shock & Drop Testing: Finally, engineers utilise free-fall drop testers, shock machinery, and incline impact systems (Conbur) to replicate drop hazards and sudden handling stops.

Quality
Control

Vendor
Evaluation

Laboratory
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