#702 Surgical Length Friction Grip Carbide Bur - 5/Pack (1000757)

MSRP: $25.29
$19.00
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SKU:
PST-HSI-1000757
  • 1.6mm Friction Grip (FG) Surgical Length 702 Carbide Bur, a high-precision rotary instrument used in dental surgical procedures for cutting through bone and hard tooth structures

Uses

  • Oral Surgery:
    • Commonly used for sectioning impacted teeth, particularly third molars (wisdom teeth), to facilitate easier extraction
  • Bone Contouring:
    • Employed in alveoloplasty or other procedures requiring the removal or shaping of alveolar bone
  • Endodontic Access:
    • Provides the necessary length to reach deep into tooth structures when standard-length burs are insufficient

Features

  • Friction Grip (FG) Shank:
    • Designed for use with high-speed surgical handpieces
  • Surgical Length:
    • Features an extended shank to provide better visibility and access to deep surgical sites
  • 702 Shape:
    • Flat End Taper design that allows for precise vertical and lateral cutting
  • Cross-Cut Design:
    • Engineered with cross-cut flutes to increase cutting efficiency and reduce clogging during heavy-duty material removal
  • 1.6mm Diameter:
    • Provides a specific cutting width suitable for creating precise channels or sectioning
  • Non-Sterile Packaging:
    • Supplied in packages of 5, requiring sterilization before clinical use

Benefits

  • Enhanced Cutting Power:
    • The cross-cut carbide construction enables faster removal of bone and tooth structure compared to standard plain-cut burs, reducing procedure time
  • Improved Access:
    • The extended surgical length allows the clinician to work in deep or narrow surgical fields without the handpiece head obstructing the view
  • Precision Control:
    • The flat-end taper shape provides a high degree of control, making it easier to create flat-bottomed preparations or clean vertical walls
  • Durability:
    • Carbide construction maintains a sharp cutting edge longer than stainless steel alternatives, ensuring consistent performance throughout the surgical procedure