The HR-150A manual Rockwell hardness tester is a universal type of Rockwell hardness tester. It utilizes mechanical manual testing, requires no power source, offers wide applicability, ease of operation, and demonstrates good cost-effectiveness and practicality.
The Touch Screen Digital Rockwell Hardness Tester utilizes an 8-inch touch screen and a high-speed ARM processor, providing an intuitive display, user-friendly human-machine interaction, and easy operation. It boasts fast computing speed, extensive database storage, automatic data correction, and provides data trend line charts.
Touch Screen Digital Rockwell Hardness Tester uses an 8-inch touch screen and a high-speed ARM processor, providing intuitive display, user-friendly human-machine interaction, and easy operation. It features fast computing speed, extensive database storage, automatic data correction, and provides data trend line reports.
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.
This hardness tester adopts advanced design concepts. Advanced technologies in mechanical, electrical, and optical aspects are employed in the field of hardness testers today. The test results are precise, with strong repeatability. Equipped with Brinell hardness image processing system, it offers high automation, low labor intensity for operators, minimal human error, and a novel and appealing appearance. It is one of the most advanced Brinell hardness testers domestically and can fully replace similar imported products. It can quickly and accurately measure the Brinell hardness value of the test piece.
This machine is suitable for cutting the samples of various metal and non-metallic materials to observe the metallographic and lithofacies organization.
