The F-Freza Carbide Corn Bit Ø6.0 mm Medium Cross Cut WL 14.0 mm is a professional carbide nail drill bit designed for controlled removal, correction and shaping of artificial nail materials.
The combination of the corn shape, Ø6.0 mm diameter, medium cross cut and 14.0 mm working length provides balanced cutting performance and a broad working surface for regular professional procedures.
The medium cross cut is suitable for gel, acrylic, polygel and other artificial nail materials. It provides efficient material removal while maintaining good control during correction and shaping.
The bit can be used to reduce artificial material thickness, remove excess product, correct artificial nail architecture, smooth the surface and refine transitions.
The corn shape combines a wider central working area with a gradually tapered end. The broad section is convenient for processing larger surfaces, while the narrower end allows more accurate work on transitions and smaller areas.
The Ø6.0 mm diameter provides a practical contact area for efficient processing. The 14.0 mm working length offers an extended active zone for professional use.
The medium cutting grade makes this bit a versatile choice for everyday salon procedures where effective material removal and controlled processing are required.
Typical applications include:
- correction of gel, acrylic and polygel;
- reduction of artificial material thickness;
- removal of excess product;
- shaping of artificial nails;
- smoothing surfaces and transitions;
- preparation for finer finishing.
Working speed, rotation direction and pressure should be selected according to the material, procedure and professional technique. Use smooth, controlled movements without excessive pressure.
After every use, the instrument should be cleaned, disinfected and sterilized according to applicable professional hygiene requirements.
The F-Freza Carbide Corn Bit Ø6.0 mm Medium Cross Cut WL 14.0 mm is a versatile professional tool for controlled removal, correction and shaping of artificial nail materials.