The Diamond Grinder 837 H 060 is a super-coarse, high-performance diamond bur designed for intensive podiatric and foot-care procedures. Its aggressive diamond coating enables rapid removal of hard skin, calluses and thickened or fungal nails, making it ideal for heavy-duty clinical work. Built from durable materials and compatible with standard handpieces, this bur guarantees efficient, controlled, and reliable performance in professional environments.
Insert the bur securely into a compatible podiatry or micromotor handpiece.
Select an appropriate speed setting—up to 35,000 RPM for effective yet controlled removal.
Glide the bur gently over the treatment surface using smooth, steady movements.
Apply minimal pressure and let the abrasive surface perform the work.
After use, clean the bur in a drill bath or disinfectant, then sterilize using steam, hot air, or ultrasonic processes.
Reduces thickened nails with speed and precision.
Removes calluses, corns and hyperkeratosis efficiently.
Smooths and shapes hard skin areas.
Designed for aggressive material removal where faster reduction is needed.
Super-coarse grit delivers extremely fast and effective tissue reduction.
Compatible with all professional sterilization methods ensuring maximum hygiene.
Durable diamond coating provides long working life and consistent performance.
Suitable for a wide range of podiatry, dermatology, and foot-care applications.
Ensures time-efficient treatments, especially for high-keratinized areas.
Classification: Medical Device
Grit: Super coarse
Maximum Speed: 35,000 RPM
Shank Length: 36 mm
Material: Diamond-coated working area with robust metal shank
Sterilization Compatibility: Drill baths, disinfectant baths, steam sterilization, hot-air sterilization, ultrasonic cleaning
The Diamond Grinder 837 H 060 is a powerful, reliable, and essential bur for professional foot-care specialists who require fast removal of thickened nails and hard skin. With its super-coarse grit and high durability, it ensures efficient, hygienic, and safe treatments, even under intensive clinical use.
