LHBRV-187.5DX is an upgraded touch screen multi-functional hardness testing instrument developed for precise metal hardness detection. It combines three core testing functions: Brinell, Rockwell and Vickers hardness measurement, fully meeting the hardness detection requirements of various ferrous metals, non-ferrous metals, alloy materials and heat-treated workpieces.
Equipped with an intelligent touch control system, the tester simplifies complex testing operations and supports multi-language switching and password parameter protection. The advanced closed-loop sensor and automatic electric loading system realize precise test force compensation and standardized testing cycle, effectively improving testing accuracy and repeatability. It supports automatic hardness scale conversion and curvature correction in accordance with GB and ASTM international standards.
Built with integral cast iron structure and high-quality optical system, the machine features stable performance, clear imaging and durable structure. It is equipped with data storage, printing and communication output functions, facilitating data recording, analysis and formal report generation. Suitable for industrial batch quality inspection, material research and laboratory precision testing, the
LHBRV-187.5DX is a versatile and reliable hardness testing device for multiple industries.
LHBRV-187.5DX multi-functional hardness tester adopts 187.5kgf maximum test force, equipped with 7-level selectable test forces to meet diverse testing requirements. It supports full Rockwell, Brinell and Vickers hardness scales with automatic standard conversion. The instrument adopts electric automatic loading and closed-loop precision control, with test force tolerance within ±1.0%. It features high-precision optical observation system and touch intelligent operation. Built-in printer and reserved data communication interface support data export and report generation. The integral stable structure ensures long-term stable and repeatable testing results, suitable for various metal material hardness detection scenarios.
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