The KES-SESRU Roughness/Friction Tester is a state-of-the-art instrument designed to objectively quantify the surface texture and frictional properties of materials. By simulating the hand movements of artisans and professionals, the device delivers precise numerical data on surface roughness, average frictional coefficient, and fluctuation of frictional coefficient.

This tester is an ideal choice for industries requiring highly accurate texture evaluation, including textiles, personal care products, automotive materials, and cosmetics.

Key Features:

• Fingertip-Like Sensor Technology:
  The sensor unit is designed to mimic the load and surface treatment of a human fingertip, ensuring accurate measurements that align with human sensory perception.
• Objective Numerical Data:
  Quantifies surface roughness, average frictional coefficient, and fluctuation of friction, replacing subjective sensory assessments with reliable data.
• Versatile Material Compatibility:
  Suitable for analyzing a wide range of materials, including textiles, resins, wood, films, powders, and even liquids like creams or liquid foundations.
• Enhanced Precision Over Standard Models:
  Compared to the KES-FB4-A Surface Tester, the KES-SESRU offers improved versatility and detailed measurement capabilities.
• Seamless Data Integration:
  Equipped with a data logger output terminal and KES-USB interface (optional), allowing seamless integration with PCs for detailed analysis and reporting.

Applications:

• Textile Industry: Evaluate the tactile sensation and surface smoothness of fabrics.
• Automotive Industry: Measure the texture of leather and synthetic leather used in car seats.
• Personal Care: Test creams, lotions, and liquid foundations for surface smoothness and friction.
• Paper Industry: Assess tissue and paper texture for quality control.
• Cosmetics Industry: Evaluate powders and liquid foundations for tactile feel.

System Specifications: