Dental Tooth Extraction Forceps American Type 15 1st & 2nd Lower Molars, Universal

Dental Tooth Extraction Forceps American Type 15 1st & 2nd Lower Molars, Universal
These Dental Tooth Extraction Forceps are specifically designed for the precise removal of 1st and 2nd lower molars. Crafted with durable, high-quality stainless steel, they provide a secure grip and excellent control during surgical procedures.

• Length: 19 cm (7.5 inches)
• Material: Surgical-grade stainless steel
• Design: American Type 15, universal fit for lower molars
• Weight: 120 grams for balanced handling
• Grip: Serrated beaks for firm tooth engagement

Compared to standard forceps, the American Type 15 model offers enhanced ergonomics and optimized beak curvature to fit the unique anatomical shape of 1st and 2nd lower molars. While many forceps are designed for general use, these provide targeted precision, making them superior for dental extractions requiring careful manipulation. Previous models often lacked the universal fit, limiting their application; this version addresses those limitations with its versatile and reliable universal design.

Key Technical Advantages:
The Dental Tooth Extraction Forceps American Type 15 deliver exceptional performance thanks to their surgical-grade stainless steel construction, which ensures corrosion resistance and long-term durability. The serrated beaks improve grip security, minimizing slippage during extraction to reduce patient discomfort and procedural risk. The lightweight yet sturdy build allows for steady handling and precise control, critical in dental surgical applications. Designed with both practitioner and patient in mind, these forceps demonstrate a balance between strength, comfort, and functionality.

Technology and Performance
Using advanced design principles, these forceps incorporate an ergonomic handle that reduces hand fatigue during prolonged procedures. The universal fit accommodates various lower molar sizes, enhancing their versatility within dental surgical sets. Precision engineering ensures that the forceps apply consistent pressure for efficient tooth removal without unnecessary trauma to surrounding tissues. As a result, these forceps meet the stringent demands of modern dental surgeries, standing out as a valuable tool in any dental professional’s arsenal.