Rounded cylindrical carbide burr Ø6.0 mm

Professional Sintered Carbide Bit with Cross-Cut Edge for Gel, Acrylic, Hybrids, and Natural Nails

Achieve maximum precision, speed, and smoothness in structuring and finishing sculpted nails with the EXO PRO Carbide Rounded Cylindrical Bit Ø6.0 mm (L 14.0 mm). Developed and manufactured entirely in the European Union under the most rigorous quality controls, this technical sintered carbide bit represents operational excellence for the professional manicurist seeking flawless results in less time.

Its **rounded tip cylinder** geometry combined with its **Ø 6.0 mm round shaft and 14.0 mm working length** allows for leveling, perfecting, and polishing large surfaces of builder gel, acrylic, and hybrids with complete fluidity. At the same time, its rounded and smooth tip ensures maximum safety when working near the nail fold and cuticle, avoiding unwanted cuts or snags on the skin.

Advanced Synergistic Effect: High-Strength Sintered Carbide, Cross-Cut Edge, and Thermal Control

The EXO PRO Carbide line stands out for integrating mechanical innovations aimed at maximizing comfort for both the technician and the client:

• European Manufacturing in Sintered Carbide: Ultra-resistant, high-density metallic structure that retains its original sharpness longer and resists wear from continuous friction.
• Cross-Cut Edge Arrangement: Cross-cut tooth design that fractions the synthetic material into fine particles instead of thick shavings, achieving extremely efficient product removal and an ultra-smooth surface finish.
• Cylindrical Geometry with Rounded Tip: Provides a wide flat contact area for leveling the synthetic structure and a safe domed tip for working the nail contour without damaging soft tissues.
• Variety of Specific Grits:
  • Red Ring (Fine Grit): Ideal for fine finishing, smoothing imperfections, polishing the synthetic surface, and delicate touch-ups near the cuticle or natural nail.
  • Blue Ring (Medium Grit): Perfect for quick shaping, reducing bulk, and efficient profiling of gel, acrylic, and hybrids.
• Minimum Vibration and Thermal Reduction Operation: Perfect concentric calibration that eliminates vibrations in the handpiece and minimizes friction heating during filing.
• Suitable for Demanding Sanitary Processes: Biocompatible metal structure suitable for immersion in chemical disinfectants and autoclave sterilization.

Technical Specifications and Product Parameters

Recommended Applications in Professional Manicure:

• Structuring and Profiling: Quick leveling of the apex and adjustment of architecture on gel, acrylic, and polygel (hybrid) nails.
• Fine Finishing and Surface Polishing: Unifying previous filing to leave a perfect base before color or shine application.
• Precision Work on Contours: Smoothing the area near cuticles and side walls with complete safety thanks to its rounded tip.
• Natural Nail Preparation and Touch-ups: Gentle removal of excess product during maintenance or rebalancing.

💡 Pro Tip: Insert the bit into your micromotor's handpiece (universal shank) and check the correct locking system. Select the appropriate speed according to the material (15,000–22,000 RPM) and work with fluid pendulum movements without applying excessive pressure; let the sintered carbide cross-cut edge do the cutting work on its own.

Biosecurity Protocol and Precautions:

• Exclusive Professional Use: Designed for qualified personnel. Do not apply directly to injured, inflamed, or infected skin.
• Disinfection and Sterilization: Clean dust residue with a suitable brush, immerse in an instrument disinfectant solution, and sterilize in an autoclave according to regulations.
• Safety Inspection: Replace the bit if drops, cracks, shaft runout, or progressive loss of cutting ability are detected.
• Storage: Store in a protective bit case in a dry place, out of reach of children.

Incorporate the EXO PRO Carbide Rounded Cylindrical Bit Ø6.0 mm into your technical equipment and transform your filing times into a fast, precise, and comfortable experience for your clients.