The Sinowon Vision Brinell Hardness Tester – Vision SHB-3000X is an advanced automatic optical Brinell hardness testing system designed for high-precision hardness measurement of metallic materials.
Unlike traditional eyepiece-based Brinell testers, the Vision SHB-3000X uses an embedded industrial vision system with high-definition camera measurement technology for fast, repeatable, and highly accurate indentation analysis. The integrated LCD display and real-time video measurement system significantly reduce operator error while improving consistency and testing efficiency.
Designed with a heavy-duty rigid frame structure and precision electronic loading system, this tester delivers stable test force application with smooth step-controlled loading and unloading. The machine automatically calculates and displays Brinell hardness values after indentation measurement, making operation faster and easier compared to conventional manual systems.
The Vision SHB-3000X is ideal for laboratories, manufacturing quality control, heat treatment facilities, foundries, steel production, aerospace, automotive, engineering workshops, and research institutions requiring accurate Brinell hardness testing.
Features
Advanced embedded vision measurement system
Industrial-grade high-definition camera measurement technology
Real-time video indentation measurement
Automatic Brinell hardness calculation and display
High-precision electronic step-controlled loading system
Fast and stable loading and unloading speeds
Strong rigid mechanical frame structure
LCD display for operation and results
Automatic objective lens and indenter switching
Manual focusing system
Reduced operator measurement error
Consistent repeatable results between operators
Built-in printer for test result output
Remote control functionality
Adjustable brightness and white balance settings
Faster testing compared to traditional eyepiece systems
Intelligent piecewise force control technology
Supports multiple Brinell test scales
HR, HV and HK scale conversion estimation
High measurement consistency and reduced visual fatigue
Suitable for production and laboratory environments