Lower Molares (17)

Lower Molars:

• Extraction Forceps
  • Material: Stainless steel
  • Features:
    • Designed for extracting lower molars; features a robust, angled beak that effectively grips the tooth for optimal leverage.
    • Ergonomic handle for enhanced control and comfort during extraction procedures.
• Elevators
  • Material: Stainless steel
  • Features:
    • Used to loosen lower molars prior to extraction; various shapes provide access to roots and facilitate effective tooth removal.
    • Minimizes trauma to surrounding tissues.
• Bone Chisels and Rongeurs
  • Material: Stainless steel
  • Features:
    • Employed for removing bone around the lower molar during surgical extractions; rongeurs allow for precise and controlled bone removal.
• Surgical Scissors
  • Material: Stainless steel
  • Features:
    • Sharp blades for making incisions in soft tissue during molar extractions or surgical procedures.
• Irrigation Needles
  • Material: Stainless steel or plastic
  • Features:
    • Long, slender tips for delivering irrigants, helping maintain a clean surgical field during extraction.
• Suction Tips
  • Material: Plastic or stainless steel
  • Features:
    • Essential for clearing blood and debris during the extraction, ensuring visibility and a clean field.
• X-ray Film or Sensors
  • Material: Photographic film or digital sensors
  • Features:
    • Used to assess the position and roots of lower molars; critical for planning and executing extractions.

Specific Instrument: 17

• 17 Forceps
  • Material: Stainless steel
  • Features:
    • Specifically designed for the extraction of lower molars.
    • Features a strong, angled beak that provides excellent grip and leverage during the extraction process.
    • Ergonomic handle design enhances clinician comfort and precision throughout the procedure.

Additional Notes

• Instruments are typically autoclavable for sterility and hygiene.
• Proper selection and handling of instruments are crucial for the efficiency and success of lower molar extractions. Ergonomic designs improve clinician comfort and control, especially when dealing with the unique anatomy of lower molars.