Product Overview
The Digital Display Single-Arm Micro-Controlled Electronic Universal Testing Machine is a new generation of computer-controlled electronic universal testing machine specifically designed for higher education institutions and research institutes. Drawing on international advanced technology, the main unit and accessories feature an attractive appearance, easy operation, and stable, reliable performance. It is suitable for testing the tensile, peel, and tear properties of products such as plastic films, composite films, flexible packaging materials, adhesives, adhesive tapes, pressure-sensitive labels, rubber, and paper. It serves as a reliable testing equipment for research institutes, universities, industrial enterprises, technical supervision departments, and commodity inspection and arbitration organizations.
Product Features
1. The mainframe adopts a high-stiffness single-arm structure with an aesthetically pleasing appearance.
2. It utilizes high-precision ball screws for efficient and smooth transmission.
3. The transmission part employs an arc-toothed synchronous belt drive, ensuring bidirectional zero-backlash during operation.
4. High-precision stepper motors and drive systems are used to ensure smooth transmission and precise control.
5. The fixture is specially designed for secure clamping, easy operation, and eliminates jaw slippage.
6. Special processes ensure the coaxiality of the testing machine, effectively eliminating the impact of irregular samples on the sensor.
7. The control system includes load measurement, displacement measurement, and deformation measurement systems.
8. A large LCD screen displays control parameters and measurement results in real time.
9. It features overload protection and other functions.
Working Principle
This testing machine employs a high-precision stepper motor and drive, which, after deceleration, drives a precision ball screw and guide rod for loading. It is capable of performing various mechanical property tests such as tension, compression, bending, and shear on specimens. It features a wide and accurate loading speed range as well as a precise force measurement range, offering high accuracy and sensitivity in the measurement and control of load, deformation, and displacement.
Application areas
Scientific research institutions, colleges and universities, industrial and mining enterprises, technical supervision, commodity inspection and arbitration
