AIRSEE Tungsten Carbide 5-in-1 Nail Drill Bit – Gold TiN, 3/32" Shank, Left/Right Hand, M+F+XF

Introducing AIRSEE Tungsten Carbide 5-in-1 Nail Drill Bit

The AIRSEE 5-in-1 bit blends advanced tungsten carbide with a protective Gold TiN coating. This combination is designed to stand up to daily salon use, delivering consistent performance while helping you maintain a smooth workflow when shaping, smoothing, and removing gel-based products.

Crafted from YG6X-grade tungsten carbide, the bit offers high hardness, strength, and temperature resistance. The TiN coating reduces edge wear and enhances longevity, so you can get more sessions out of a single bit. The 3/32" shank fits a broad range of professional e-file machines, and the design works well for both left- and right-handed technicians.

Key benefits at a glance

• 5-in-1 design with XF, F, M coarseness levels lets you shape, refine, and smooth hard-to-reach areas in one bit
• Flat-top edge with a rounded profile makes it easier to access curves without catching skin
• Straight groove teeth provide high sharpness, efficient cutting, and reduced dust during use
• TiN coating boosts edge retention and corrosion resistance, supporting durable, long-term performance
• Designed for safe working on artificial nails and effective removal of soft gel, gel polish, base gel, and residual gel

Real-world use cases

• Prep and shape extensions before polish for a uniform base
• Refine sidewalls and free edges with controlled, consistent contact
• Gently remove soft gel layers without excessive pressure on natural nails
• Smooth rough spots on gel overlays prior to filing or buffing

Care, compatibility, and tips

• Use with compatible e-file devices, 3/32" shank, in both clockwise and counterclockwise directions
• Keep teeth clean after use and follow manufacturer cleaning guidelines to extend life
• Expect durable performance from the TiN-coated carbide even after multiple sessions

Note: This description highlights potential benefits and use cases based on the product's features. Individual results may vary with technique and equipment.