Dental Extraction Forceps Amarican Type 96R Lower Molars Right

Dental Extraction Forceps American Type 96R Lower Molars Right
These Dental Extraction Forceps American Type 96R are expertly designed for the precise removal of lower molars on the right side of the mouth. Engineered for surgical efficiency, they offer superior grip and control to dental professionals.

• Length: Approximately 7 inches for optimal handling
• Material: High-grade stainless steel ensuring durability and corrosion resistance
• Jaw Design: Curved beaks specifically shaped for lower right molars
• Handle: Ergonomically designed for comfort and enhanced grip
• Weight: Lightweight for reduced hand fatigue during procedures

Compared to industry standards, these forceps provide an improved ergonomic design that surpasses many traditional models in both comfort and functionality. The precision-crafted curved beaks align perfectly with molar anatomy, allowing for safer and more efficient extractions. This model offers better control and reduced slipping risk compared to generic forceps, which benefits both practitioner and patient during dental surgeries.

Key Technical Advantages:

• Curved beak design tailored specifically for the lower right molars ensures targeted gripping and minimal tissue damage.
• Constructed of high-grade stainless steel, these forceps maintain sharpness and resist corrosion, making them a reliable surgical instrument over time.
• The ergonomic handle reduces hand fatigue, allowing dentists to perform lengthy extraction procedures with greater ease and precision.

Technology and Performance
The Dental Extraction Forceps American Type 96R incorporate advanced design principles focused on surgical performance. The combination of durable materials and specialized jaw shaping enhances both grip strength and maneuverability. These forceps meet surgical standards for precision and safety, making them a trusted choice for dental professionals performing molar extractions on the lower right side of the mouth. Their industry-leading ergonomics and targeted design help improve patient outcomes with minimal discomfort and faster recovery times.