HBMS-3000C digital display gate electronic brucell hardness meter adopts advanced design concept, mechanical and electrical aspects are adopted advanced technology in the field of hardness meter, accurate test results, strong value repeatability, high degree of automation, low labor intensity, small human error, beautiful appearance, is one of the advanced brucell hardness meter in China.
This cutting machine is suitable for accurate cutting of thin, small and light special materials with diameter less than 20mm, especially for cutting high value brittle intraocular lens.
MP-3 automatic grinding machine is a single disk desktop machine, which is a new generation of international advanced technology manufacturing according to international standards.
Q-2A metallographic sample cutting machine is a high-speed rotating sheet grinding wheel to intercept metallographic sample, which is widely used in metallographic laboratory cutting of various metal materials.
HV(S)-5/10/30/50(A)T Touchscreen (Digital) (Automatic Turret) Vickers Hardness Tester utilizes an 8-inch touchscreen and high-speed ARM processor, offering an intuitive display, user-friendly interaction, and straightforward operation. It provides fast computation speed, massive database storage, automatic data correction, and offers data trend line reports.
The HBRVS-187.5 Digital Brinell, Rockwell, and Vickers Hardness Tester features a novel appearance, comprehensive functionality, easy operation, clear and intuitive display, and stable performance. It integrates optics, machinery, and electronics as a high-tech product. Capable of conducting Brinell, Rockwell, and Vickers hardness tests with multiple test forces to meet various hardness testing requirements, it offers high testing accuracy, simple operation, high sensitivity, and stable readings. Equipped with a built-in printer, it can also be optionally connected to a computer via an RS232 data cable to export measurement reports.
This machine is suitable for cutting the samples of various metal and non-metallic materials to observe the metallographic and lithofacies organization.
