Visualization software

image-processingmonitoringautomation

Product overview
This Vickers hardness measurement system is developed through the integrated application of electronic engineering, ergonomics, computer science, applied optics and image analysis. The system improves the accuracy and consistency of Vickers hardness data while reducing laboratory workload. Multiple measurement modes support a wide range of surface types. A streamlined human–machine interface enables rapid operator onboarding. Built-in data export saves images and exports results in Excel and Word formats for traceability and analysis.

Product introduction
Selection: High-precision automatic version
Measurement mode: Automatic measurement
Applicable models: see list below
Image sensor resolution: 3 million pixels
Calibration method: Standard hardness blocks / test cards
Supported languages: 12 languages
Measurement accuracy: For standard block indentation, automatic measurement error < ±1%, meeting ISO 6506 requirements
Test mode: HV / HK
Measurement efficiency: Millisecond-level measurement speed
Online features: Software-controlled turret, worktable lifting and adjustment
Standards: GB/T 4340.2, ISO 6507, ASTM E92

Applicable models

• HV-1000TPTA
• HV-1000MPTA
• HV-1000SPTA
• HV-1000STA
• HV-1000SPA
• HV-1000SA
• HV-5/10/30/50MPTA
• HV-5TPTA
• HV-5SPTA
• HV-5SPA
• HV-5SA

Characteristics / technical specifications

• Measurement modes: multiple automatic modes supporting various surface types
• Sensor resolution: 3 million pixels image sensor
• Calibration: standard hardness blocks or test cards
• Supported languages: 12 languages
• Measurement accuracy: automatic error < ±1% on standard block indentation (complies with ISO 6506)
• Test modes supported: HV (Vickers) and HK
• Measurement speed: millisecond-level efficiency
• Data export: saves images and exports measurement data to Excel and Word
• Online/control features: software-controlled turret and software-controlled worktable lifting/adjustment
• Standards compliance: GB/T 4340.2, ISO 6507, ASTM E92
• User interface: streamlined HMI designed for rapid operator proficiency