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Biomechanical Wear Testing Machine Satra TM362

Shoes Biomechanical Abrasion Testing Machine

HY-708
The Biomechanical Abrasion Tester, a key Footwear Wear Resistance Tester, simulates the wear of shoes during people's actual walking.
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Biomechanical Wear Testing Machine Satra TM362
 
The Biomechanical Abrasion Tester, a key Footwear Wear Resistance Tester, simulates the wear of shoes during people's actual walking. As the Biomechanical Wear Testing Machine Satra TM362, it ensures that the movement trajectory, speed and pressure on the shoes during walking are basically consistent with the actual situation. In particular, the rotational wear between the front of the sole and the concrete floor during stepping is very similar to actual walking. It can be roughly evaluated as testing 1200 steps (about 6 hours), which is equivalent to the wear of actual shoes within 30-80 days. This Biomechanical Abrasion Tester is conducive to studying abnormal wear conditions such as the material and pattern of the sole, solidifying its role as a reliable Footwear Wear Resistance Tester.
 
Technical Parameters
  1. Test speed: 0~1200mm/s
  2. Load: up to 750N
  3. Applicable shoe size: 25 yards to 45 yards
  4. Interface type: cement interface
  5. Display mode: 10-inch LCD touch display
  6. Control mode: PLC program control
  7. Lift structure: cylinder lift
  8. Transmission mechanism: ball screw drive
  9. Horsepower: imported AC servo motor
  10. Volume: 210X110X170CM
  11. Weight: 1400KG
  12. Power supply: AC220V 50HZ
 
Attachments
  1. Biomechanical Abrasion Tester manual.
  2. Warranty card for the Footwear Wear Resistance Tester
  3. Third-party laboratory calibration report for the Biomechanical Wear Testing Machine Satra TM362, validating the performance of the Biomechanical Abrasion Tester.