20kN Random Vibration Testing Equipment Meets ISTA 6 Testing Standard

In the dynamic realm of product packaging and transportation, safeguarding the integrity of goods throughout the supply chain is essential. Our state-of-the-art Random Vibration Testing Equipment has been meticulously engineered to meet the exacting standards of ISTA 6 testing, providing businesses with an unparalleled solution for assessing product and packaging durability.

The International Safe Transit Association's ISTA 6 test protocols simulate challenging real-world transportation scenarios, including vibration, shock, compression, and temperature variations. By subjecting products to ISTA 6 testing, companies can identify potential weaknesses in packaging and product design, reducing damage during shipping and enhancing customer satisfaction.

Our equipment features an advanced vibration control system with a frequency range of 1-2000Hz, allowing accurate replication of various transportation vibrations. With maximum displacement of ±50mm and accelerations up to 100g, it ensures testing conditions closely mirror actual transit environments.

Designed to meet all ISTA 6 testing requirements, our equipment guarantees your products undergo the same rigorous testing demanded by industry standards, giving you confidence in your product's transportation durability.

The PC-based interface with intuitive software allows easy setup and operation, displaying real-time vibration parameters and enabling tests with minimal clicks, reducing operator error.

Built with high-quality materials, the 1200x1200mm test table and vibration-resistant framework ensure stable operation during extended testing periods, making it a reliable long-term investment.

Smartphone manufacturers use our equipment to test device durability during transportation, identifying issues like loose components or cracked circuit boards to improve design and reduce returns.

Automotive companies test part reliability, from engine sensors to interior components, ensuring they withstand vehicle vibrations and road conditions over extended periods.

Manufacturers of high-value items evaluate packaging effectiveness through vibration simulation, leading to improved cushioning materials and reduced breakage.

Medical device manufacturers test products to meet strict regulatory requirements, ensuring implantable devices remain functional after transportation vibrations.