Showing 19–23 of 23 results
CCD Image automatic measuring system combines the computer software and the hardness tester, the whole test procedure is finished through the easy operation of keyboard and mouse click, which avoids the visual fatigueand man-made error and can test different kinds of hardness. It is equipped with a CCD camera easy to observe, and can directly…
TIME6101 Motorized Rockwell hardness tester adopts the mechanism of automatic loading and unloading of the test force, the test force is regulated by the load-change hand wheel. It can select the dwell time and is very easy to use. Besides setting zero to dial, there is no man-made error. The instrument has high sensitivity and stability.
This system is suitable for all kinds of cast iron, cast steel, forged steel, cast aluminum, forged aluminum, alloy steel, stainless steel and other metal parts automatic hardness testing production line, to realize fast qualification judgment and sorting processing of parts, and can be connected to MES system , to realize the automation and informatization of hardness testing of parts. Widely used in machinery manufacturing industries such as automobile, aerospace, metallurgy and chemical industry. The system includes: Leeb hardness measurement unit, control system, measurement auxiliary device, etc.
Features: Test force: 62.5kgf-3000kgf. Measuring Brinell Hardness Tester X.Y.Z three-axis movement Start, load, maintain, unload, and measure are all fully automated Personalization
TIME®H1110 series full-automatic Rockwell hardness tester adopts precise AC servo closed-loop control system throughout the whole process. The machine head is pressed down, with high degree of automation, fast test speed, high test accuracy, large test space and wide application range, especially for gas It has excellent adaptability for large workpieces such as bottles, engine casings, and long-axis ends, and is also convenient for installing and customizing different forms of special-shaped tooling and automation platforms, and is more convenient for integration with automation systems such as robots to achieve unattended and automated online inspection. The open stress-strain raw data can provide material constitutive parameters other than hardness, which can be analyzed and studied by users of material research and development institutions such as universities, metallurgy, and research institutes.
