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Microcomputer-controlled electronic universal testing machine

The microcomputer-controlled electronic universal testing machine is mainly applied to the mechanical property tests such as tensile, compression, bending, shearing, peeling and tearing of plastics, rubber, electronic connector insertion and extraction, wires, metal wires, films, textiles, adhesives, biomaterials, elastomers, food packaging, small parts, paper, springs, etc.

Composite material drop weight impact testing machine

The composite material drop weight impact testing machine is mainly applicable to the prefabricated damage test of composite plates and meets various standards in the aerospace and automotive industries. The impact force value sensor and testing system are adopted. The high-speed data acquisition card measures the load and deformation transient values during the fracture process of the impacted specimen through the oscillographic impact sensor, that is, the impact absorbed energy, the force-disposition-energy curve of the impact process and the characteristic points on the curve: The slope discontinuous force F1, maximum contact force Fm, maximum force energy Wm, total impact energy Wt and the corresponding displacement have enabled data analysis of the impact process of the specimen, reflecting the material's ability to resist dynamic impact loads, the force and deformation characteristics of the specimen under impact loads, and the dynamic fracture toughness analysis of the material at high strain rates.

Electro-hydraulic servo fatigue testing machine

The electro-hydraulic servo fatigue testing machine is mainly used to test the static and dynamic mechanical properties of metal, non-metal materials and components, elastomers, and shock absorbers. It can perform mechanical tests such as tensile, compressive, bending, tensioning, compression-compression and tensioning compression, as well as high-cycle fatigue, low-cycle fatigue, crack propagation and fracture mechanics tests. It can also output various waveforms including sine waves, triangular waves and square waves. The configuration of high-temperature furnaces, high and low temperature chambers and corrosion chambers can achieve mechanical tests in different environments.