Description
Nisima Hr704cK Carbide Nail Drill Bit is a coarse-cut carbide bit with a frustum-shaped profile, green marking and spiral screw-cut teeth. The combination of the large cutting surface and spiral tooth geometry is designed for active removal of dense artificial nail material and can help reduce the time needed for material removal.
Key Features
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Frustum shape for efficient work across larger nail surfaces
- 6 mm working diameter
- 14 mm working surface length
- 37 mm total length
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Green coarse cut for dense and artificial materials
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Spiral / screw-shaped teeth for active material removal
- Made from carbide
- Designed for e-file manicure, pedicure and nail correction
- Suitable for removing gel, acrylic, polygel and other dense artificial materials
- The spiral cut is designed to increase the efficiency of material removal compared with conventional cutting patterns.
Spiral Cut for Faster Material Removal
The Hr704cK features a spiral tooth configuration that actively engages with the material during filing. This allows the bit to remove dense artificial coatings efficiently while maintaining the same coarse tooth size.
Nisima's range includes carbide bits with different tooth geometries, including cross-shaped, spiral, longitudinal and other cuts. The green marking corresponds to a large/coarse tooth size.
Applications
Nisima Hr704cK is suitable for:
- Removing thick gel polish
- Removing gel and builder gel
- Removing acrylic and polygel
- Reducing the thickness of artificial nail material
- Correcting extended nails
- Correcting nail length and shape
- Fast removal of dense artificial coatings
- Selected pedicure procedures
- Working with hardened and callused areas of the feet when appropriate
How to Use
Insert the bit into a compatible e-file handpiece and select the rotation speed according to the material and procedure. Use controlled, continuous movements without excessive pressure or prolonged contact with one area.
Due to the green coarse cut and spiral teeth, this bit is intended primarily for dense artificial materials and material reduction. Avoid aggressive use directly on the natural nail plate.
