Wilson® VH3100 Hardness Tester
Hardness Testing
Wilson VH3100
Automated Hardness Testing System
The Wilson® VH3100 Hardness Tester is an advanced solution for precision Vickers and Knoop hardness testing, offering superior accuracy and efficiency for micro and macro hardness testing. With its robust design, automated features, and user-friendly interface, the VH3100 is engineered to meet the most demanding quality control and research applications across industries such as aerospace, automotive, and manufacturing.
Key Features of the Wilson VH3100
- Wide Load Range (0.05–10 kgf): Suitable for both micro and macro hardness tests, ensuring adaptability to various materials and applications.
- Automated Hardness Testing System: Enhances productivity with a motorized X/Y sample stage for precise positioning and repeatability.
- Collision-Resistant Design: Built for durability with automatic indenter retraction to prevent accidental damage.
- DiaMet™ Hardness Testing Software: Simplifies testing with automated indent measurement, intuitive navigation, and detailed reporting features.
- Advanced Optical Measurement System: Includes high-resolution digital zoom objectives with magnification up to 80x for crystal-clear imaging.
- Bright Field Overview Camera: Facilitates quick and accurate alignment for seamless testing operations.
- ASTM and ISO Certification: Complies with global standards, ensuring reliability and consistency in test results.
- Heat Treatment Testing Ready: Ideal for evaluating the effects of heat treatment processes on material hardness.
- Durable and High-Capacity Design: Optimized for high-throughput environments, making it perfect for quality control labs.
Applications of VH3300
- Material Quality Assurance: Ensures materials meet hardness specifications in industries like aerospace, automotive, and construction.
- Heat Treatment Validation: Evaluates the effectiveness of heat treatments to ensure desired mechanical properties are achieved.
- Research and Development: Provides precise hardness measurements for innovative material development.
- Production Line Testing: Streamlines testing processes to ensure compliance with hardness standards in manufacturing.
Specifications
| Specification | Details |
|---|---|
| Scales | HV, HK |
| Turret | Automatic 3-position turret with overview automatic |
| Indenter Positions | 1 position (optional with SnapGrip) |
| Test Load (select) |
|
| Test Load Accuracy | ±1.5% < 200g, ±1% > 200g |
| Force Application | Load Cell-based |
| Dwell Time | 1 – 999 seconds |
| Standard Compliance | ASTM E384, E92; ISO 6507, 9385, 4545 |
| Magnification Range | 30X – 2000X with digital zooming |
| Overview Camera (optional) | 0.5 x 0.5 inches [13 x 13mm] |
| Light Source | LED |
Wilson VH3100 Series Vickers-Knoop Hardness Tester
Customizable Configuration with Motorized Stage, Vertical Test Capacity, Optics, and Load Cell Options
| Part # | Description |
|---|---|
| Main Unit | |
| W3111 | 3 objectives + 1 indenter, 0.050 – 10kgf load range, includes DiaMet workstation and 24″ monitor |
| Software Options | |
| W3100A03 | DiaMet Full-Automatic software package |
| W3100A15 | DiaMet Enterprise software package |
| Motorized Stages | |
| W3000SS | Standard Size (180 x 180mm) |
| W3000SL | Large Size (300 x 180mm) |
| Vertical Test Capacity | |
| W3100D01 | Height – 125mm |
| W3100D02 | Height – 170mm |
| W3100D03 | Height – 215mm |
| Load Cell | |
| W3100E02 | 100N Loadcell |
| Overview Camera | |
| W3110F01 | Separate overview camera, Includes Scan & Stitch function in the DiaMet software |
| Additional Accessories | |
| W3100G01 | Indenter Holder (Standard) |
| W3100G02 | SnapGrip Holder |
| W9100687 | Vickers Indenter (ISO & ASTM Certified) |
| Objectives | |
| W5XLWDO | 5x Magnification, 3600μm Max. Field of View |
| W10XLWD | 10x Magnification, 1800μm Max. Field of View |
| W20XLWD | 20x Magnification, 900μm Max. Field of View |
| W40XLWD | 40x Magnification, 450μm Max. Field of View |
| W50XLWD | 50x Magnification, 360μm Max. Field of View |
| W100XLWD | 100x Magnification, 180μm Max. Field of View |
