Description

Description

Semi-Automatic Digital Micro Hardness Tester – HVHD-1000XY

Semi-automatic digital micro hardness tester is a sophisticated testing instrument specifically designed for measuring the micro hardness of materials. It combines the advantages of digital technology and semi-automated features to provide precise and efficient micro hardness testing. In the Micro Vickers hardness test system, computer control the hardness tester working and receiving the information of hardness tester via RS-232 port; Computer control the control box of working stage through RS232, and control box control working stage moving and receiving the information; The optical signal of indentation via digital camera will transfer indentation image to computer screen, then get the Vickers hardness value by manual or automatic reading.

HVHD-1000XY Semi-automatic digital Micro hardness test system integrated with latest professional technique (optical projection, mechanic shift, electric control, digital projection, image analysis, and computer process etc.). The computer can control hardness tester and automaticworking stage via software, and indicate the indentation on the screen by digitization, then test the micro hardness of metal parts of non-metal material, plating, harden depth, coating thickness, film thickness, and the distance between two points by automatic.

Key Features

1. Digital Display and Control: The tester is equipped with a digital display that shows the hardness values directly in a user-friendly format. The digital control system allows for easy parameter input, test setup, and data management.
2. Micro Hardness Testing: The tester is designed for micro hardness testing, which involves measuring the hardness of small and thin samples or localized areas of larger samples. Micro hardness tests are commonly used in research, quality control, and material analysis applications.
3. Semi-Automatic Operation: The semi-automatic functionality of the tester streamlines the testing process and minimizes operator error. It typically includes features such as automatic loading and unloading of samples, automated indentation creation, and measurement.
4. Load Application: The tester uses a load application mechanism to apply the desired load onto the sample surface. The load application mechanism may be motorized, allowing for precise control of the applied load. The tester provides options for selecting different loads based on the material and testing requirements.
5. Indenter Options: A semi-automatic digital micro hardness tester may support different types of indenters, such as Vickers and Knoop. These diamond indenters are known for their accurate and precise indentations, suitable for micro hardness testing.
6. Optical Measurement System: After the indentation is created, the tester employs an optical measurement system to measure the size of the indentation accurately. This measurement is crucial for calculating the micro hardness value of the material.
7. Data Storage and Analysis: The tester typically includes features for storing and analyzing test data. It may have built-in memory or the ability to connect to a computer for data transfer and further analysis. This allows for efficient record-keeping and data management.
8. Test Reports: The tester may generate test reports automatically, providing a summary of the test parameters, hardness values, and other relevant data. These reports can be printed or exported for documentation purposes.