DR-3000S Computerized Electronic Brinell Hardness Tester

The DR-HBE-3000S computerized electronic Brinell hardness tester eliminates the original weight loading and adopts a closed-loop control system with a single-chip microcomputer, sensor signal collection, and stepping motor loading. This ensures more accurate force values and more stable readings. Equipped with a movable measurement platform and a computer measurement system, it offers excellent operability and user-friendliness, with high testing speed and cost-effectiveness. It can save, print, analyze test results, and issue test reports. 

Main functions and features: 

1.Equipped with sensors and a microcomputer control system, the test results are stable. 

2. It is equipped with a 10-level test force, enabling a wider range of tests. 

3. Equipped with high-performance stepping motors for automatic loading and unloading, the noise generated during the testing process is significantly reduced. 

4. The shell is cast in one piece, with a stable structure that does not deform, and can operate in relatively harsh environments. 

5. The surface is treated with automotive paint baking process, which has strong scratch resistance and remains as bright as new even after years of use. 

6. This machine can be optionally equipped with Brinell image measurement software, which greatly improves work efficiency. 

Main uses and application scope: 

1.It is suitable for hardness testing of large-grained metal materials and can reflect the comprehensive performance of the material. 

2. Cast iron, steel, non-ferrous metals, especially for softer metals such as pure aluminum, lead, tin, etc. 

3. It can be used for the hardness measurement of certain non-metallic materials such as hard plastics and bakelite.

Software Introduction: 

The Brinell hardness tester is mainly used for hardness measurement of cast iron, steel, non-ferrous metals and soft alloys. It can reflect the comprehensive performance of materials and is not affected by microsegregation of the sample structure and uneven composition. Therefore, it is a highly accurate hardness testing method. It is widely used in metallurgy, forging, non-quenched steel and non-ferrous metals industries, laboratories, colleges and universities, and research institutions. 

The Brinell hardness measurement and analysis system is a system designed by integrating optical vision detection technology with image analysis and processing technology. This system collects the indentation through an optical system and measures and analyzes the hardness with software, avoiding the influence of human factors and significantly improving the measurement efficiency and accuracy.

Technical parameters:

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