#170 Tapered Flat-End Fissure Carbide Bur with FG Shank - 10/Pack (Q2060026)

MSRP: $21.95
$15.00
(You save $6.95 )
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SKU:
PST-QUA-Q2060026
  • This rotary cutting instrument is engineered for high-speed dental handpieces to create precise, divergent preparation walls

Uses

  • Crown and Bridge Preparations:
    • Ideal for shaping axial walls with a specific taper, facilitating the smooth path of insertion and removal for crowns and veneers
  • Inlay and Onlay Preps:
    • Establishes the necessary divergent vertical walls required for indirect restorations to fit perfectly
  • Sectioning Multi-Rooted Teeth:
    • Cuts through dense structures efficiently during complex extractions or surgical root separations
  • Amalgam & Composite Removal:
    • Drills out failing or old silver amalgam fillings and dense composite resins

Features

  • Bur Profile (#170):
    • Features a tapered body shape with a completely flat-end configuration
  • Friction Grip (FG) Shank:
    • Designed with a standard-length friction grip connection ensuring perfect compatibility with all high-speed dental handpiece turbines
  • Anti-Corrosive Plating:
    • The underlying steel shank is nickel- or gold-plated to protect the tool against oxidation during harsh chemical and heat processing
  • Packaging:
    • Supplied in convenient clinic blister packs containing 10 burs per pack

Benefits

  • Precise Geometry Control:
    • The tapered, flat-end design allows clinicians to easily produce exact, uniform divergent angles with a defined, flat floor—eliminating guesswork in crown margin setups
  • Stable Turbine Hold:
    • The specialized shank plating prevents slipping, micro-wobbles, or internal damage within the handpiece turbine, providing exceptional tactile control for the dentist
  • Minimized Vibration:
    • High-grade tungsten carbide blades cut through dense tooth structures smoothly, reducing heat generation and vibration trauma for patient comfort
  • Fully Autoclavable:
    • Engineered to survive repeated steam, pressure, and heat sterilization cycles without losing manufacturing structural integrity or blade sharpness