- A high-speed operative rotary cutting instrument engineered for high-speed dental turbine handpieces to deliver aggressive material reduction and precise angles
Uses
- Crown and Bridge Preparations:
- Ideates highly uniform, slightly tapered vertical walls and flat floors, providing the necessary convergence angles for indirect crown restorations
- Restoration Removal:
- Powerfully slices through tough, worn-out amalgam fillings, old composite resin buildups, or metal-based prosthetics during revision work
- Surgical Tooth Sectioning:
- Divides multi-rooted teeth cleanly during complex extraction procedures to limit surrounding alveolar bone trauma
- Bulk Enamel Entry:
- Quickly cuts through dense, sound outer enamel to establish wide-access fields into deep occlusal decay zones
Features
- 10-Pack Configuration (Q2060117):
- Packaged in a standard, operatory-ready 10-count box for simple clinical inventory allocation
- Tapered Fissure Design (#701):
- Milled with distinct horizontal cross-cuts layered over tapered flutes, accelerating material cutting torque while maintaining a flat top end
- Friction Grip (FG) Shank Compatibility:
- Ground to exact international dimensional standards to click tightly into standard high-speed turbine handpieces
- Corrosion-Resistant Plating:
- The steel shank features a specialized nickel or gold plating layout to block chemical oxidation during preprocessing stages
- Fully Autoclavable Build:
- Specially tempered to safely undergo repetitive, high-temperature steam sterilization cycles without blade degradation
Benefits
- Rapid Cutting Action:
- The combination of a tapered geometry and aggressive cross-cuts cuts through tooth structures much faster than straight fissure variations, saving patient chair time
- Efficient Debris Clearing:
- Built-in chip evacuation channels throw off tooth dust and composite residues, reducing localized friction and protecting sensitive underlying dental pulp from thermal irritation
- Prolonged Handpiece Lifespan:
- The premium shank plating provides a highly concentric fit inside the handpiece chuck, removing axial wobble and shielding internal turbines from eccentric wear
- Precise Retentive Boundaries:
- The flat-end configuration mills crisp internal line angles and flat floor geometries, stabilizing direct amalgams or composites against heavy biting forces
