Mitech MHBRVS-187.5 Digital Brinell, Rockwell & Vickers Hardness Tester
Brand: Mitech
Model: MHBRVS-187.5
Main Unit Dimensions: 520 × 215 × 700 mm
Package Dimensions: 780 × 470 × 1050 mm
Main Unit Weight: Approx. 120 kg
Total Shipping Weight: Approx. 120 kg
Measuring Range: (Data not provided – can be added if available)
Resolution & Accuracy: (Data not provided – can be added if available)
Communication & Storage: (Data not provided – can be added if available)
Working Time: (Data not provided – can be added if available)
Product Overview
The Mitech MHBRVS-187.5 is a high-performance digital multifunctional hardness tester, capable of performing Brinell, Rockwell, and Vickers hardness measurements. Designed with a high-sensitivity touch screen interface and powered by an embedded operating system, it delivers precise, intuitive, and user-friendly testing experiences across various materials.
This instrument uses either a conical diamond or spherical cemented carbide indenter to generate indentations, with measurements taken by depth or diameter depending on the test method. Its modern design, versatile functionality, and comprehensive test support make it ideal for industries involved in metal manufacturing, academic research, and failure analysis.
Key Features
3-in-1 Testing Capability: Supports Brinell, Rockwell, and Vickers hardness testing in a single unit.
Digital Touch Interface: High-sensitivity touchscreen with an embedded OS for simplified operation and clear data visualization.
Advanced Sensing System: Unique displacement sensor minimizes error by accurately measuring indentation depth.
Smart Illumination: Adjustable cold light source allows users to control lighting through software for optimal visibility.
Integrated Printer: Equipped with a high-speed thermal printer for instant test result printouts.
International Standard Compliance: Conforms to GB/T230, GB/T231, GB/T4340, JJG144-1999, ISO 6508, ASTM E10, ASTM E92, ASTM E18, ASTM E384, ASTM E103, and more.
Robust Construction: Suitable for consistent and repeatable use in laboratories and industrial environments.
Applications
Quality Control in Metal Processing: Ensure consistent hardness levels during production.
Material Failure Analysis: Investigate the integrity of components in R&D or post-failure diagnostics.
Educational Demonstrations: Ideal for academic institutions for teaching hardness testing methods.
Scientific Research: Applied in laboratories to assess material properties during experiments and development.
Operating Conditions
Temperature Range: 18–28°C
Relative Humidity: ≤65%
Environment: Clean, vibration-free, and free from corrosive substances
