Conodent Extracting Forceps Anatomical Handle Lower Molar #86B

CONODENT Upper Roots Extraction Forceps Fig. #51A (CDT-A-057)

The CONODENT Upper Roots Extraction Forceps Fig. #51A (CDT-A-057) is a precision-engineered English Pattern instrument developed specifically for the safe, predictable extraction of retained maxillary roots and root fragments. Featuring a distinctive narrow, bayonet-style profile, this figure provides optimized deep subgingival access to the maxillary arch. The slender, parallel-aligned beaks close firmly around minimal tooth structure, delivering a secure, non-slip grip that allows clinicians to execute extractions with maximum precision while minimizing structural trauma to the surrounding alveolar bone and soft tissue.

Crafted entirely from premium medical-grade stainless steel, these forceps offer exceptional torsional strength, rust resistance, and long-term durability. The ergonomic English Pattern handle features a classic cross-knurled grip zone to ensure excellent tactile feedback, optimal leverage, and absolute control—significantly reducing hand fatigue during challenging surgical procedures. The entire instrument assembly is fully reusable and built to withstand repeated autoclave sterilization without compromising joint fluidity.

Key Features

• Anatomical Specialization: Designed explicitly for root fragments and retained roots within the maxillary arch.

• Bayonet-Style Engineering: Slender, parallel-closing beaks facilitate deep subgingival access and a firm, atraumatic grip.

• Tissue Preservation: Minimizes structural damage to the surrounding alveolar ridge and gingival margin, promoting accelerated post-operative healing.

• English Pattern Handle Architecture: Offers optimized mechanical advantage and balanced weight distribution for smooth, low-fatigue extraction movements.

• Premium Material Quality: Manufactured from medical-grade stainless steel to provide high corrosion resistance and lasting structural integrity.

• Clinical Safety & Compliance: Fully autoclavable and durable enough to maintain precise hinge performance over continuous sterilization cycles.

Technical Specifications