Overview​​
The MFS-400 quantifies surface scratch and mar resistance of automotive coatings, consumer electronics, and metallic finishes (ASTM D3363, ISO 12947). Engineered for R&D labs and quality control teams, it simulates real-world multi-finger contact and abrasive wear under customizable loads.

​​Core Features​​

• ​​Multi-Axis Motion​​: Configurable linear/rotary motion paths (0–300 mm/s) with 0.1 mm positional accuracy.
• ​​Adjustable Load​​: Applies 1–50 N forces via diamond-tipped fingers to replicate sharp or blunt impacts.
• ​​High-Resolution Imaging​​: 4K cameras capture micro-scratches with AI-powered depth analysis (±0.5 μm).
• ​​Multi-Material Compatibility​​: Tests metals, polymers, glass, and painted surfaces.

​​Applications​​

• ​​Automotive​​: Validate paint durability for car exteriors and touchscreens.
• ​​Electronics​​: Test screen guards and wearable device casings.
• ​​Furniture/Appliances​​: Assess wear resistance of countertops and stainless steel finishes.

​​Compliance​​
ASTM D3363, ISO 12947, JIS K5600, DIN EN ISO 6250.

​​Optional Add-Ons​​

• Custom finger tip materials (ceramic, steel, silicone)
• Climate-controlled chamber (5–50°C, 0–90% RH)
• Cloud-based data management with trend prediction

​​Conclusion​​
The MFS-400 eliminates subjective surface quality assessments by delivering quantitative, repeatable scratch/mar data. Accelerate R&D cycles and reduce warranty claims with intelligent, automated surface durability testing.