Dental Tooth Extraction Forceps European Type 51L Upper Roots

Dental Tooth Extraction Forceps European Type 51L Upper Roots
Designed specifically for upper root extractions, these dental tooth extraction forceps offer precision and reliability in surgical procedures. Engineered for optimal grip and durability, they ensure a confident and controlled extraction process.

• Crafted from high-grade stainless steel for corrosion resistance
• Ergonomically designed handles for comfortable grip
• Precision-aligned beaks tailored for upper root anatomy
• Length measuring approximately 18 cm for balanced leverage
• Heat-treated for enhanced strength and long-lasting performance

Compared to industry standards, the European Type 51L Upper Roots forceps provide superior handling and accuracy during extractions. While many forceps offer general extraction solutions, this model focuses exclusively on upper roots, giving dental professionals an advanced tool for challenging cases. Its ergonomic design and specialized beak alignment make it stand out from previous models by reducing patient discomfort and increasing procedural efficiency.

Key Technical Advantages:
This instrument’s high-grade stainless steel composition guarantees resistance to corrosion and sterilization wear, crucial for maintaining hygiene and longevity. Its heat treatment enhances the strength, ensuring the forceps remain reliable throughout repeated use. The ergonomic handles minimize hand fatigue during prolonged procedures, while the precisely designed beaks conform perfectly to the upper root shape, offering unswerving grip and control.

Technology and Performance
These dental tooth extraction forceps excel in providing a balance between strength and finesse. Their superior manufacturing process and focus on anatomical specificity allow dentists to perform extractions with precision, reducing the risk of root fractures and improving patient outcomes. Designed for surgical use, they meet rigorous standards that ensure consistent performance and safety in demanding clinical environments.