Fine ceramic grinder for precise nail and callus work.
The Ceramic Grinder 648 020 is a medical-grade rotary instrument developed for high-precision fine grinding on nails, hard skin, and orthotic materials. With its small 2 mm ceramic head, this grinder is ideal for detailed work in narrow or sensitive areas where maximum control is required. The ceramic material ensures smooth operation with minimal heat generation, making it suitable for professional podiatry and medical foot-care treatments.
Mount the grinder securely onto a compatible rotary handpiece with a standard 36 mm shaft. Operate at controlled speeds depending on the treatment area, using light, precise movements. The small ceramic head allows targeted grinding of nail surfaces, localized hard skin, or fine orthotic adjustments. After use, clean, disinfect, and sterilise the grinder according to standard clinical hygiene procedures.
Fine grinding and smoothing of natural and thickened nails
Precise reduction of localized hard skin and callus
Detailed finishing and refinement of orthotic materials
Controlled material removal with reduced vibration and heat
Small 2 mm head enables exceptional precision in tight spaces
Ceramic construction ensures low heat buildup and smooth grinding
Ideal for delicate and detailed podiatric work
Durable, wear-resistant, and suitable for repeated clinical use
Fully compatible with professional cleaning and sterilisation processes
Enhances treatment accuracy while improving patient comfort
Product Classification: Medical Device
Material: Ceramic
Grinding Head Diameter: 2 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 648 020 is an essential precision tool for professionals who require fine, controlled grinding in sensitive or hard-to-reach areas. Its small ceramic head, high rotational capacity, and full sterilisation compatibility make it a reliable choice for advanced nail, callus, and orthotic treatments in modern clinical practice.