The HR-150S Digital Rockwell Hardness Tester is a user-friendly digital Rockwell hardness tester. It employs manual mechanical testing, offering broad applicability, ease of operation, and excellent economic and practical value.
The ZVHBS-3000AET vision fully automatic Brinell hardness tester is equipped with an 8-inch touchscreen and a high-speed ARM processor, providing intuitive display, user-friendly interaction, and simple operation. It offers fast processing speed, extensive database storage, automatic data correction, and provides data trend line reports.
The HBS-3000AET Touch Screen Digital Brinell Hardness Tester features an 8-inch touch screen and a high-speed ARM processor, providing intuitive display, user-friendly human-machine interaction, and simple operation. It operates at high calculation speeds, offers extensive database storage, automatic data correction, and provides data trend line reports.
This mill throwing machine is a double disc machine, which can be operated by two people at the same time, suitable for pre-grinding, grinding and polishing operation of metallographic samples.
This machine is used for grinding before throwing, for small, not easy to hold or irregular metallographic, rock phase sample inlay. After the inlay, it is easy to grind the sample. It is also beneficial to view the material organization under a gold microscope; test the hardness on the hardness meter.
This machine is suitable for cutting the samples of various metal and non-metallic materials to observe the metallographic and lithofacies organization.
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.
The HRD-150S Electric Digital Rockwell Hardness Tester features digital display of hardness values. It utilizes a motor to control the application, dwell, and unloading of test force, providing the option to select dwell time. The equipment offers simple and rapid operation with high sensitivity and stability, minimizing human error in operation and reading.
