An electronic universal testing machine was customized for the standards of Guilin University of Technology. Guilin University of Technology (Guilin University of Technology), referred to as "GuiGong", is located in Guilin, a world-famous scenic city and historical and cultural city, and is the key construction of the China Planetary Science Alliance and the "Basic Capacity Building Project for Universities in the Midwest" Colleges and universities, selected by the Ministry of Education's Excellent Engineer Education and Training Program, the National Construction of High-level University Public Postgraduate Project, "Hundred Schools Project", the National University Student Cultural Quality Education Base, National New Engineering Research and Practice Project; Guangxi First-Class Disciplinary Construction University, National Level Featured majors, national model universities for deepening innovation and entrepreneurship education reforms, qualified for "recommended exemption for graduate students", one of the universities undertaking the national "863 plan" and "973 plan". It is a university that focuses on engineering, engineering, science, management, liberal arts, A multidisciplinary research university with 7 disciplines including Economics, Law and Art.

The electronic universal testing machine is mainly used to determine the mechanical properties and related physical parameters of various materials under tension, compression, bending, and shearing. Equipped with different clamps, it can also do tearing, peeling, puncture and other tests. It has the characteristics of compact structure, simple operation, convenient maintenance, etc. It is an ideal test and testing equipment for universities, research institutes, quality inspection departments and related production units.

The technical parameters of the electronic universal testing machine are as follows:

1. Maximum test force: 30KN;

2. The accuracy level of the testing machine: 0.5;

3. Test force measurement range: ±0.5%～100%FS (120N～30kN);

4. Adjustment range of beam displacement speed: 0.01～500mm/min stepless speed regulation;

5. Force test accuracy: within ±0.5% of the indicated value;

6. Error accuracy of deformation indication: within ±0.5% of indication;

7. Displacement measurement accuracy: within ±0.5% of the indicated value;

8. Displacement resolution: 0.001mm;