What is the Classification Of The Tensile Testing Machine Industry and Its Funct

The classification of the tensile testing machine industry is mainly based on the degree of automation and control system.

According to the level of automation, tensile testing machines can be divided into pointer type, digital display type, and computer system tensile testing machines. Although pointer type tensile testing machines have low testing accuracy, they still have a certain market in simple force testing within a small force range due to their low price. Digital tensile testing machine, also known as microcomputer type, whose test data is directly displayed on the LCD screen, is usually used for quality control in factories. The computer system tensile testing machine is suitable for scientific research institutions, testing institutions, and new product development due to its data being collected by computers and processed through software to obtain the final data.

From the perspective of control system, the tensile testing machine can adopt a variable frequency system, which uses a variable frequency motor control system to control the stretching and compression speed through a variable frequency speed controller.

The functional characteristics of the tensile testing machine include various mechanical performance tests, rich control methods and functions, and powerful software support.

The tensile test can perform various mechanical performance tests such as static load, tension, compression, bending, shear, tearing, peeling, etc. It is suitable for various materials, such as plastics, rubber, wires, cables, steel, fiberglass, etc. They have multiple control methods such as fixed speed, positioning displacement, and fixed load, and comply with corresponding national standards. In terms of software platform, the tensile testing machine has strong data processing capabilities, such as automatic calculation of various strengths and moduli, open formula editing, and supports multiple curve selection and comparative analysis, as well as automatic data storage and other functions.

In summary, tensile testing machines play a crucial role in evaluating the mechanical properties of materials, and have broad application value in the development of new materials, product quality control, and industry standard testing.

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