ZXQ-2Y automatic inlay machine is an advanced hydraulic water-cooled type automatic sample inlay equipment, unique cold and hot separation design, the sample inlay time to 6 minutes, greatly improve the work efficiency, inlay process controlled by automatic program, implements the heating, pressure, pressure, cooling, pressure discharge inlay process of one-key operation, no operator unattended, automatically complete sample inlay.
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.
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 HB-3000ET touch screen electronic Brinell hardness tester can display hardness values on an LCD screen and allows for the display and setting of testing scales, test forces, indenter types, hold times, and unit conversions.
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.
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 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.
