Ceramic grinder for precise nail and callus refinement.
The Ceramic Grinder 649 025 is a medical-grade rotary instrument engineered for fine grinding work on nails, hard skin, and orthotic materials. Featuring a 2.5 mm ceramic grinding head, it provides an ideal balance between precision and surface coverage, allowing practitioners to work efficiently while maintaining excellent control. The ceramic material ensures smooth operation with reduced heat generation, making it suitable for sensitive podiatric and foot-care procedures.
Attach the grinder securely to a compatible rotary handpiece with a standard 36 mm shaft. Operate at controlled speeds according to the treatment area, using light pressure to gradually refine nail surfaces, smooth callused skin, or adjust orthotic materials. After use, clean, disinfect, and sterilise the instrument in line with professional hygiene standards.
Fine grinding and smoothing of natural and thickened nails
Precise reduction of hard skin and callus
Controlled shaping and finishing of orthotic materials
Enables accurate work with minimal vibration and heat
2.5 mm ceramic head offers precise yet efficient surface contact
Ceramic construction reduces heat buildup during treatment
Ideal for detailed podiatric work in sensitive areas
Durable, wear-resistant, and suitable for repeated clinical use
Fully compatible with professional cleaning and sterilisation methods
Enhances accuracy and patient comfort during procedures
Product Classification: Medical Device
Material: Ceramic
Grinding Head Diameter: 2.5 mm
Working Length: 6 mm
Shank Length: 36 mm
Maximum Speed: 50,000 rpm
Application Fields: Working on nails and hard skin
Reprocessing Compatibility:
Drill baths
Disinfection baths
Steam sterilisation
Hot air sterilisation
Ultrasonic cleaning
The Ceramic Grinder 649 025 is a versatile precision tool for professionals who require controlled, fine grinding performance across nails, callus, and orthotic materials. Its ceramic construction, optimal head size, and full sterilisation compatibility make it a dependable choice for advanced podiatric and foot-care treatments.