A universal testing machine, also known as a universal material testing machine or tensile testing machine, is a twin-screw series machine with an integrated control, measurement, and operation structure. It incorporates advanced modern technology and boasts advantages such as high precision, wide speed range, compact structure, convenient operation, and stable performance. The electronic universal testing machine meets the requirements of standards such as GB/T1040, 1041, 8804, 9341, 9647, ISO7500-1, GB16491, GB/T17200, ISO5893, ASTM D638, 695, 790, and plastic pipes. It is suitable for tensile, compression, bending, and creep tests on samples and products of materials such as plastics, waterproof materials, textiles, paper products, and rubber. Equipped with a large pressure plate, it can directly perform tests such as pipe flattening compression (compression recovery), ring stiffness (resistance to external load), creep ratio, and ring tensile strength.
The universal testing machine is a product of the combination of modern electronic and mechanical transmission technologies. It is a large-scale precision testing instrument that fully utilizes the strengths of both electromechanical systems. It can perform various performance tests on a wide range of materials, including tensile, compression, bending, peeling, and shearing tests. It features a wide measurement range, high accuracy, and fast response. It is reliable, efficient, and can display, record, and print test data in real time.