The new model HRD-150 electric Rockwell Hardness Tester is controlled by a motor for the loading, holding, and unloading of test force, with the option to select a hold time. It offers convenient, rapid operation without human error, and demonstrates high sensitivity and stability.
This grinding machine is suitable for pre-grinding, grinding and polishing of metallographic specimens. It is an essential device for users to make metallographic samples. This machine has a cooling device to cool the specimen during pregrinding to prevent damage to the specimen from overheating. The left plate of the machine is grinding plate, the right disc is throwing disc, can be two people at the same time, easy to use, stable and reliable.
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.
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.
The HVS-1000AT Touch Screen Digital Automatic Turret Micro Vickers Hardness Tester features an 8-inch touch screen and a high-speed ARM processor, providing intuitive display, user-friendly human-computer interaction, and easy operation. It offers fast processing speed, massive database storage, automatic data correction, and provides data line chart reports.
The HBRVS-187.5F touch screen digital brinell, rockwell, and vickers hardness tester (load cell type) features a novel appearance, comprehensive functionality, easy operation, clear and intuitive display, and stable performance. It is capable of conducting Brinell, Rockwell, and Vickers three kinds of hardness tests with multiple test forces to meet various hardness testing requirements. It boasts high testing accuracy, simple operation, high sensitivity, and stable readings.
This machine is suitable for cutting the samples of various metal and non-metallic materials to observe the metallographic and lithofacies organization.
