Interpretation of the Difference Between a Single arm and a Double-arm Drop Test Machine

The single-arm drop tester is designed to simulate the test of various products and to evaluate the internal damage during the handling or transportation process during the handling or transportation process, so as to obtain a solution to minimize losses during transportation. The double-arm drop tester is mainly used to assess the degree of impact of the package on the actual transportation, loading and unloading process, and to assess the impact strength and packaging design of the package during handling.

The single-arm drop tester is designed to test the damage of the product package from falling, and to evaluate the impact strength during transport handling. The single-arm drop tester adopts single-arm and double-column structure, with electric reset, electronically controlled drop and electric lift installation. The unique hydraulic buffer installation greatly improves the service life, smoothness and safety of one-arm setting. Place the product locally. The single-arm drop tester can make a free fall test on the face, corner and edge of the package, equip the digital display height indicator and use the decoder to stop the height tracking, so as to accurately give the product drop height and the preset drop height. The error does not exceed 2% or 10mm.

The double-arm drop test machine is mainly used to assess the impact level of the package parts in the process of transportation, loading and unloading, and to assess the impact strength and packaging design rationality of the package during handling. The double-arm drop tester is constructed with two arms and two columns, with electric reset, electronically controlled drop and electric lift installation. Each time the test is finished, the falling arm should be lowered to prevent the falling arm from being deformed for a long time to deform the spring, which affects the test effect. Before each drop, please reset to the motor to stop the front and press the drop button.