What is an electronic universal tensile machine?

The electronic universal tensile machine is an experimental equipment used to test the mechanical properties of materials and components. It can apply stretching, compression, bending and shearing to the sample.Isoload, measure the strain, stress, yield point, elastic modulus and other parameters of the sample to evaluate the mechanical properties of the sample. The electronic universal tensile machine is usually composed of the following parts: 1. Mainframe: The mainframe is the core part of the tensile machine, which includes a loading system that can be loaded, a measurement system that can measure strain, and some electronic devices that control load and strain. 2. Sensors: Sensors are used to measure the strain and stress of the sample, usually including strain gauges and stress rings. 3. Fixture: The fixture is used to fix the sample for stretching, compression, bending and other experiments. 4. Computer: Computers are used to control and record experimental data. They are usually equipped with professional test software, which can conveniently analyze and process experimental data. Electronic universal pull forceMachines are widely used in materials science, structural engineering, biomedicine and other fields. They can be used to evaluate the mechanical properties of various materials and components, such as metals, plastics, rubber, glass, fibers, paper, etc. By using an electronic universal tensile machine, we can better understand the mechanical properties of materials, optimize the design and application of materials, and provide strong support for scientific research and technological development.