High-Resolution Imaging & Analysis Solutions

Vickers and Knoop hardness testers apply a diamond indenter under precise loads, producing micro-indentations for measuring thin coatings, small parts, and delicate materials. The systems enable accurate load control from low grams to several kilograms and use optical imaging for indentation size measurement, offering high resolution for microhardness evaluation.

Rockwell hardness testers utilize a steel or tungsten carbide indenter with fixed loads and depth measurement to determine material hardness rapidly. These systems support various Rockwell scales (A, B, C, etc.) and offer automated load application and quick results suitable for production environments requiring fast, repeatable testing.

Brinell hardness testing uses a hardened steel or tungsten carbide ball indenter under high loads to evaluate coarse materials and castings. It offers large indentation diameters for averaging surface irregularities and is suitable for heavy-duty applications. Systems provide controlled load application, optical measurement of indentation diameters, and results expressed in HBW units.

Universal hardness testing systems combine multiple indenters and load ranges in one platform to perform Vickers, Knoop, Rockwell, and Brinell tests. These flexible testers allow automatic method switching, precise load control, and integrated data management to support diverse material testing requirements within a single device.

Hardness test blocks provide traceable calibration standards for verifying machine accuracy and repeatability. Available in various hardness grades and materials, these blocks ensure compliance with international testing standards. Accessories include indenters, optical measurement tools, and mounting fixtures to enhance testing precision and convenience.

Comprehensive Hardness Instrument Management The DiaMet Hardness Testing Software serves as a comprehensive digital ecosystem designed to manage and execute all facets of the hardness instrument operation. It enables automated testing sequences, precise measurement acquisition, and standardized report generation, significantly minimizing the requirement for constant operator intervention during repetitive tasks.