Micro controlled tensile testing machine is a mechanical testing equipment based on microcomputer control technology, mainly used to measure the physical performance parameters of materials in tension, compression, bending and other states, such as tensile strength, yield strength, elongation, and maximum bearing tension.
The micro controlled tensile testing machine is mainly used to determine the physical performance parameters of materials in the tensile state. Data acquisition is achieved through a precision control system, and the structural design complies with laboratory operating standards.
Function and Purpose
This device uses microcomputer closed-loop control technology to detect core indicators such as tensile strength, elongation, and maximum load-bearing capacity of materials, and is suitable for mechanical performance testing of metal, non-metal, and composite materials. Its digital control system can accurately control the stretching, compression, bending and other testing processes, and is widely used in industrial manufacturing, scientific research and education, quality supervision and other fields.
The micro controlled tensile testing machine achieves accurate control of data acquisition and testing process through a microcomputer control system. The core principles include:
Force system: Apply tension or pressure to the specimen through a loading device.
Force sensor: Real time measurement of changes in force values during the testing process.
Displacement sensor: measures the deformation of the specimen or the displacement of the crossbeam.
Control system: Automatically control the test process based on preset test parameters such as loading speed, force range, etc.
Data collection system: Record and analyze experimental data, generate experimental reports.
Features:
High precision: Adopting high-precision sensors and microcomputer closed-loop control technology to ensure the accuracy and stability of measurement results.
High degree of automation: Automatic setting of test parameters, automatic monitoring of the test process, and automatic calculation and storage of test results are achieved through microcomputer control.
Multi functionality: capable of conducting various mechanical performance tests such as tensile, compressive, bending, peeling, tearing, and shearing.
Easy to operate: With a fully Chinese interface, it supports quick setting of experimental parameters and real-time display of experimental results.
Safe and reliable: It has safety functions such as automatic shutdown and overload protection for sample fracture, ensuring the safety of operators and equipment.