The drop tester is a new type of instrument developed according to the standard GB4857.5 “Vertical Impact Drop Test Method for Basic Test of Transport Packages”. With the rapid development of the logistics industry, cartons and packages are often collided during transportation; the drop tester is mainly used to simulate the impact of the package during transportation, loading and unloading, and identify the impact strength and packaging of the package. The rationality of the design and the drop test machine are widely used in commodity inspection, enterprises, technical supervision institutions and colleges. The drop tester can be used for test surface drop, corner drop, edge drop, etc. After the product is packaged, it simulates the situation when different edges, corners, and surfaces are dropped on the ground at different heights, so as to understand the damage of the product and evaluate the falling height and impact resistance of the product packaging components when they are dropped. Through experiments, various parts of the product can be improved, improved and perfected in packaging design.
A test to evaluate the ability of the package to withstand vertical impact and the ability of the package to protect the contents by dropping the package on a hard, flat horizontal surface at the specified height. During the test, according to the test height of the sample to be tested, the high-related parameters are adjusted by the control device, and then it falls freely according to the predetermined state and collides with the impact table. Used to simulate drops, etc. that the product may experience during handling. Including: (1) Simulate repeated free drops that may be experienced by connectors on load cables, small remote control devices, etc. during use. (2) The package is dropped. (3) The free fall that the unpackaged product may experience during handling, the sample usually falls from the specified height to the specified surface according to the specified posture.
Send your message to us:
Post time: Aug-17-2022