Description KWARK tungsten carbide cutter, rounded cone "corn", red, 6 mm (KT60124F0)
The professional KWARK carbide-tungsten nail drill bit in a rounded cone (“corn”) shape with a red cut is designed for delicate and controlled removal of gel polish coatings in both manicure and pedicure procedures.
The tool is made from YG6X alloy — a high-density carbide-tungsten material that ensures stable geometry, smooth operation, and long-lasting performance even under regular professional use. This bit is recommended for both beginner technicians and experienced professionals who value a predictable cut and full control without aggressive impact on the natural nail plate.
Purpose
- gel polish removal;
- delicate manicure work;
- delicate pedicure work.
Technological Advantages
YG6X Alloy
Thanks to its high density and structural stability, the bit maintains cutting edge shape and working performance even after multiple sterilization cycles.
Precision KWARK Geometry
Ensures smooth and gentle material removal without jerking or excessive pressure.
Perfectly Centered Rotation Axis
Provides stable operation without wobbling or vibration, ensuring comfort for the technician.
Rounded Tip
Offers additional control when working near sensitive areas and reduces the risk of injury.
Recommended Operating Mode
- Maximum speed: up to 20,000 RPM;
- suitable for beginners and experienced technicians;
- designed for daily professional use.
Technical Specifications
- Purpose: gel polish removal;
- Type: carbide-tungsten (YG6X alloy);
- Shape: rounded cone (“corn”);
- Cut color: red;
- Grit level: soft;
- Diameter: 6 mm;
- Working length: 14.5 mm;
- Country of origin: Ukraine;
- Brand: KWARK;
- SKU: KT60124F0.
Care & Sterilization
The KWARK YG6X carbide-tungsten bit withstands repeated professional disinfection and sterilization without loss of performance or appearance.
Compatible with standard sterilization methods:
- autoclave;
- dry heat sterilizer;
- ultrasonic cleaning;
- professional disinfectant solutions.
KWARK — a tool for stable, controlled, and safe performance.


