“Corn” Carbide Nail Drill Bit for Left-Handed Users (L), Yellow Bandhas a “corn” shape that provides gentle, soft removal of soft artificial coating. Thanks to its very soft cross-shaped notch, it effectively removes gel-polish and cover-base coating, smoothly and evenly. The safe tip and optimal thickness of the working part allow the coating to be treated without injuring the nail. Each bit is checked for collet centering, which ensures smooth movement and durability in use.

The bit is made of high-quality tungsten carbide — a material distinguished by strength, wear resistance and a long service life. The nail plate does not overheat while the material is being removed.

Features:

Shape: corn;

Purpose: removal of soft artificial coating (gel polish, cover base), surface smoothing;

Suitable for gentle, careful coating removal;

Smooth movement and even removal without overheating;

Recommended speed: 25,000–35,000 RPM, direction — Reverse;

Notch color: yellow;

Abrasiveness: very soft; cross-shaped notch;

Head length: 15.1 mm;

Shank length: 37 mm;

Working part diameter (middle): 5.0 mm.

Advantages:

Wear resistance 2–3 times higher than standard bits, thanks to the tungsten carbide material and high-quality sharpening;

Does not darken after sterilization;

Operation without vibration, easy glide;

Does not clog with material, removes the coating faster;

Does not overheat the nail and does not cause a burning sensation;

Removes without scratches;

Does not attract (magnetize) dust;

Has a sharp working tip for precise filing.

Care of carbide bits:

Mechanical cleaning after each use with a special brush.

Soak in a special solution for cleaning burrs and bits, or clean in an ultrasonic cleaner.

Follow the disinfectant solution concentration according to the manufacturer's guidelines (excess concentration damages the material).

Sterilize in a dry-heat sterilizer only when the bit is completely dry and at a temperature not exceeding 180°C.

Shelf life: unlimited.

(Product photos on the website may differ from the actual product.)