Description

Fast, gentle, and hygienic callus removal with minimal pressure.

The Grinding Caps SK5 Medium are advanced single-use grinding caps designed for professional foot care and podiatry treatments. Developed using modern grinding technology, they offer significantly faster and gentler callus removal compared to conventional instruments, while maintaining maximum comfort for the patient. Their innovative anti-adhesive surface and optimized grain structure ensure smooth, efficient results with reduced treatment time.

How to Use

  • Attach the grinding cap securely to a compatible grinding cap carrier

  • Insert the carrier into a rotary foot care device

  • Operate at controlled speed without exceeding the maximum rpm

  • Apply light pressure and allow the grinding surface to work naturally

  • Treat the area evenly until desired smoothness is achieved

  • Remove and dispose of the grinding cap after a single use

What It Does (Functions)

  • Removes moderate and less aggressive callus effectively

  • Smooths hardened skin while preserving surrounding healthy tissue

  • Reduces treatment time through efficient material removal

  • Minimizes skin stress due to low-pressure application

  • Prevents clogging thanks to the anti-adhesive grinding surface

  • Leaves the skin visibly smoother and softer after treatment

Technical Specifications

  • Medical device for professional foot care use

  • Grit 100-150: Medium grit for controlled and gentle callus reduction

  • Maximum operating speed: 11,000 rpm

  • Single-use product for optimal hygiene

  • Manufactured from bio-cotton with food-grade coloring

  • Resin is phenol- and formaldehyde-free

  • Designed for use with compatible grinding cap carriers

  • Lightweight construction for reduced vibration and fatigue

Grinding Caps SK5 Medium combine efficiency, comfort, and hygiene in one reliable solution. They are an excellent choice for professionals seeking gentle yet effective callus removal with consistent results and simplified treatment protocols.