Computer Control Universal Friction and Wear Testing Machine
| Reason | Benefit |
|---|---|
| Universal testing capability | Can perform multiple friction and wear test methods in one machine |
| Computer-controlled operation | Provides automatic test control, data acquisition, curve display, and reporting |
| Suitable for lubricants and materials | Can test oils, greases, metals, coatings, plastics, and ceramics |
| Simulates real wear conditions | Supports rolling, sliding, and rolling-sliding contact conditions |
| Adjustable load and speed | Allows testing under different service conditions |
| Temperature control option | Useful for lubricant and material testing under heated conditions |
| Accurate friction measurement | Measures friction torque and helps calculate friction coefficient |
| Good for R&D and QC | Helps compare material performance and verify product quality |
| Multiple test fixtures | Can be configured for different contact forms and specimen types |
| Standard laboratory solution | Ideal for tribology labs, universities, petrochemical labs, and manufacturing QC |
Canadian Support
Technical assistance with equipment selection
Warranty Included
Manufacturer warranties on all equipment
Installation & Training
On-site or installation and hands-on training
Technical Specifications
| Parameter | MMW-1A | MRS-10A |
|---|---|---|
| Machine Type | Universal Friction and Wear Testing Machine | Four-Ball / Friction and Wear Testing Machine |
| Control Mode | Computer control | Computer control |
| Main Test Function | Friction and wear testing | Lubricant anti-wear / extreme-pressure testing |
| Typical Application | Materials, coatings, metals, plastics, lubricants | Oils, greases, lubricants |
| Test Motion | Sliding, rolling, rolling-sliding | Rotating ball contact |
| Contact Type | Point, line, and plane contact | Four-ball point contact |
| Load Range | 10–1000 N typical | Up to 10 kN typical |
| Load Accuracy | ±1% typical | ±1% typical |
| Friction Torque Range | 2.5 N·m typical | Depending on configuration |
| Friction Torque Accuracy | ±2% typical | Depending on configuration |
| Spindle Speed Range | 1–2000 r/min typical | Adjustable, depending on method |
| Linear Velocity | Up to more than 4 m/s typical | Depending on spindle speed |
| Temperature Range | Room temperature to 200°C typical | Room temperature to high-temperature oil test range, depending on configuration |
| Time Control Range | 10 s to 9999 min typical | Adjustable test duration |
| Test Medium | Oil, water, slurry, abrasive media, dry condition | Oil and grease |
| Data Output | Friction torque, friction coefficient, wear curve, test time, speed, load | Wear scar diameter, friction coefficient, load, test time, speed |
| Power Supply | 220 V, 50 Hz typical | 220 V / 380 V, depending on configuration |
Need help selecting the right configuration?
Our application specialists are here to help you choosing the best solution for your materials and workflow.
Talk to an expert
Get expert advice on models, accessories and standards.
- 647-948-7714
- info@qmnequipment.com
- Mon-Friday: 9:00am to 6:00pm ET
Need help selecting the right configuration?
Our application specialists are here to help you choosing the best solution for your materials and workflow.
Talk to an expert
Get expert advice on models, accessories and standards.
- 647-948-7714
- info@qmnequipment.com
- Mon-Friday: 9:00am to 6:00pm ET
Why Buy From QMN Equipment?
Equipment selected by testing professionals. Backed by CMH MetLabs expertise in:
Hardness Testing
Brinell, Rockwell and Vickers and more
Tensile Testing
Universal Testing Machines
Metallography
Sample Preparation and Analysis
NDT Inspection
UT, PT, MT, RT Solutions
Failure Analysis
Expert Analysis and Reporting
Backed by CMH Metlabs
Accredited by
Our in-house laboratory ensures you get the right equipment.
