Desktop computer-controlled electronic material tensile testing machine

Desktop computer-controlled electronic material tensile testing machineIt refers to high-precision material mechanics testing equipment that integrates computer (microcomputer) control operation mode. It represents the mainstream trend of electronic material mechanics testing machines towards intelligence, convenience, and high precision

1、 Core feature control system

Desktop computer-controlled electronic material tensile testing machineCharacteristics ofIt has an independent control system, providing users with great operational flexibility.

Microcomputer (computer) online control: By connecting with a computer through dedicated software, more complex functions can be achieved, such as dynamic display of test curves, various data analysis (stress-strain, force displacement, etc.), data storage, automatic report generation, and testing processes that comply with multiple international and domestic standards

2、 Technical advantages and performance improvement

The 2026 product has undergone multiple optimizations in hardware and software, aiming to provide higher precision, stability, and ease of use.

1. High precision and high rigidity: Using column type sensors instead of traditional S-shaped or spoke type sensors provides better rigidity and more stable measurement. Cooperating with Taiwan, China Shangyin guide rail and high-precision reducer, high precision and low clearance transmission are ensured

2. Wide testing capability: It can perform various mechanical property tests such as tensile, compressive, bending, shearing, peeling, tearing, etc. on various metals, non metals, composite materials, rubber, plastics, textiles, paper, etc

3. Intelligence and safety features: Devices usually have functions such as automatic recognition sensors, collision protection, electronic limit, overload automatic protection, etc. Some models also support connecting to MES system platforms and are compatible with non-contact video extensometers, enabling more intelligent testing

4. Structure optimization: the appearance is protected by all aluminum alloy, with strong aging resistance. The structural design is lighter and easier to transport, while maintaining a high rigidity frame

3、 Main technical parameter range

Desktop computer-controlled electronic material tensile testing machineThe typical technical parameters are as follows:

1. ProductSpecificationsHY-0580(DB)

2. Accuracy level: Level 0.5

3. Load:5000N

4. Effective force measurement range: 0.1/100-100%;

5．Test force resolution, load± 500000 yards;The resolution remains unchanged throughout the entire process.

6．Effective test width:120mm

7. Effective experimental space:800mm

8．Test speed:：0.001~500mm/min (adjustable arbitrarily)

9.Speed accuracy: indication value±0.5%Within;

10．Displacement measurement accuracy:Indicating valueWithin ± 0.5%; nationwide

11. Deformation measurement accuracy: within ± 0.5% of the displayed value;

12. Stress controlled rate range: 0.005% to 6% FS/S

13. Test bench lifting device:fast/Slow two speed controls, can jog;

14．Test bench safety device: electronic limit protection

15. Test bench return: Manual can return to the initial position of the test at high speed, and automatic can return automatically after the test is completed;

16. Test automatic parking with fixed time, test automatic parking with fixed deformation, test automatic parking with fixed load

17. Overload protection: Automatic protection when the load exceeds 10%;

18. Power supply:750W

19．Host weight:90kg

20. Power supply voltage:220V(Single phase)

21. Host size: 600mm*500mm*1700mm

Meet most of the sample requirements

4、 Application scenarios

This equipment is a fundamental device in the fields of materials science research, product quality control, feed inspection, engineering testing, etc. It is widely used in many industries such as universities, research institutes, quality inspection agencies, aerospace, automobile manufacturing, building materials, rubber and plastics, wires and cables, textile packaging, etc.