Dry Manicure Bit Kit
- Drill bit kit for professional dry manicure
In stock
Same-day shipping for orders placed before 2 PM
Free shipping for orders over €70
Secure payments
Drill bit kit for professional dry manicure
Professional Bits. Maximum precision. Guaranteed performance.
The Dry Manicure bit kit contains all the bits needed for dry manicure:
- Diamond Candle: it is a diamond flame bit for dry manicure. Designed to lift the cuticles and clean the nail folds.
The candle shape allows precise and accurate work. It has a diameter of 0.3 mm at the thinnest part of the head and 1.5 mm at the thickest.
- Cuticle Stone: it is a bullet-shaped bit for dry manicure made of pink pumice stone. It is particularly suitable for finishing, smoothing and precisely outlining the cuticle area. It measures 3 mm in diameter.
- Diamond Ball: it is a diamond spherical bit for dry manicure. Designed to remove and smooth cuticles. It has a diameter of 2.3 mm.
- Diamond Cylinder: it is a diamond cylindrical bit for dry manicure. Designed to push and remove cuticles adhered to the nail plate. It has a diameter of 2.10 mm.
- Finishing Stone: it is a bullet-shaped bit for dry manicure made of pink pumice stone. It is particularly suitable for finishing, smoothing and precisely outlining the cuticle area. It has a diameter of 3.9 mm.
- Stone Ball: it is a spherical bit for dry manicure made of pumice stone. It is particularly suitable for finishing and smoothing the cuticle area with precision. It has a diameter of 6 mm.
- Brush Bit: it is a brush bit to remove filing dust both after dry manicure and after removal of nail enhancements. Diameter 6 mm.
Note:
Passione Beauty bits are compatible with all drills listed on our site; for other models on the market, compatibility may vary.
- Includes 7 bits for the various stages of the manicure
- Practical and convenient
The bit can be sterilizable in an autoclave or with peracetic acid. When using peracetic acid, please follow the recommended exposure times and concentrations: any signs of oxidation phenomena do not affect the functionality of the bit in any way.