VladMiVa Diamond Nail Drill Bit Cylinder Torpedo d-3.1, Super Fine/Fine, Yellow/Red, 10-Pack

Overview

VladMiVa diamond machine nail drill bits in a cylinder (torpedo) shape provide controlled abrasion for professional and at-home nail and foot care. The set combines super fine and fine diamond abrasive surfaces on stainless steel shanks to support cuticle work, lateral fold care, and smoothing of hyperkeratotic skin and small calluses.

Designed for compatibility with standard nail devices using a 2.35 mm shank diameter, these bits enable precise material reduction while supporting thorough cleaning and sterilization between uses for consistent hygiene during salon or personal sessions.

Why You'll Like It

• Fine and super fine diamond abrasive grades allow gradual refinement without excess material removal.
• Cylinder torpedo profile reaches lateral and proximal areas for tidy cuticle and sidewall finishing.
• Stainless steel shank with standardized diameter fits most nail drill machines rated for 2.35 mm bits.
• Non-porous diamond surface withstands cleaning and sterilization for repeat use in multi-client settings.
• Balanced rigidity supports controlled handling on nail and foot skin during professional or personal care.
• Pack format provides ready inventory for routine service turnover and personal maintenance schedules.

Who It's For

• Nail technicians seeking consistent bits for cuticle refinement and lateral fold care.
• Users managing mild hyperkeratosis and small calluses on foot skin during pedicure work.
• Home users performing detailed nail and foot care with standard electric nail devices.
• Salon operators prioritizing hygienic reuse and efficient turnover between clients.
• Buyers preferring diamond abrasives for cooler, steady material reduction on skin and nail surfaces.

Package Details

• 10 machine nail drill bits in cylinder torpedo form.
• Shank diameter 2.35 mm; working head diameter 3.1 mm.
• Color-coded yellow (super fine) and red (fine) abrasive grades.
• Blister and pouch packaging for individual bit organization and storage.