Double Wing Type Impact Testing Machine

DESCRIPTION / TECHNICAL SPECIFICATIONS

To engineer robust packaging, you need data from the most accurate drop simulations. The key to this accuracy is ensuring the test specimen experiences a true, unobstructed free-fall, without any friction or interference from the release mechanism. We present the Double Wings Drop Testing Machine, an advanced instrument that utilizes a "double wings" mechanism to ensure the cleanest, most precise drop, providing you with the most reliable data for your packaging validation.

The superiority of this machine lies in its advanced release structure. The specimen is placed upon a platform comprised of two "wings". Upon test initiation, these two wings simultaneously and rapidly swing downwards and outwards, clearing the specimen's drop path. This movement ensures there is no secondary contact that could cause unwanted rotation or drag, allowing the specimen to fall perfectly for flat surface, edge, and corner tests. These tests are performed in accordance with essential global industry standards like ISO 2248, JIS Z0202, and GB 4757.

With the ability to lift and drop packages weighing up to 65 kg from an adjustable height of 400 to 1500 mm, this machine can simulate a wide range of handling and accident scenarios in the supply chain. Its extremely robust 500 kg construction provides a stable foundation, ensuring all impact energy is focused on the test package for accurate data generation. A motor-driven lift and precision release mechanism guarantee that every test is repeatable with high consistency.

This is the instrument of choice for packaging engineers and quality assurance managers who demand uncompromising accuracy. It is ideal for testing high-value or fragile products such as electronics, medical devices, and industrial components, where precise data is crucial for designing optimal packaging solutions. Gain the highest confidence in your packaging designs with data generated from the purest, most controlled drop simulations.