Description
Nisima H718cK Carbide Nail Drill Bit is a Corn-shaped carbide bit with a green coarse cross-cut. It is designed for efficient removal of dense artificial nail materials, shortening and correcting extended nails, and reducing thick coatings during e-file manicure and pedicure procedures. The coarse green cut is also suitable for working with callused and hardened areas of the skin.
Key Features
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Corn shape for efficient removal across larger surfaces
- 6 mm working diameter
- 15 mm working surface length
- 38 mm total length
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Green marking — coarse cut
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Cross-shaped teeth for active material removal
- Made from carbide
- Suitable for removing dense artificial nail materials
- Designed for nail correction and shortening of extensions
- Suitable for selected pedicure and podology procedures
Applications
Nisima H718cK is suitable for:
- Removing thick gel and acrylic coatings
- Removing dense artificial nail material
- Shortening and correcting extended nails
- Reducing the thickness of artificial nails
- Correcting the surface and shape of artificial nails
- Removing calluses and areas of hardened skin
- Working with hyperkeratosis during selected pedicure procedures
Green Coarse Cross-Cut
The green marking indicates a coarse cut designed for dense materials and faster material removal. The cross-shaped teeth provide active cutting edges, making the H718cK suitable for reducing substantial amounts of artificial material during correction and removal procedures. Nisima's catalogue identifies green Corn bits as an option for dense coatings and pedicure work.
How to Use
Insert the bit into a compatible e-file handpiece and select the rotation speed according to the material and procedure. Work with smooth, controlled movements and avoid excessive pressure or prolonged contact in one area.
The coarse green cut is intended primarily for artificial materials and hardened areas. Avoid aggressive filing directly on the natural nail plate.
After use, clean, disinfect and sterilize the bit according to the applicable instrument-care protocol.
