33 Root Extraction Forceps English Pattern

Designed to handle delicate and challenging extractions in the lower arch, this specialized extraction forceps is ideal for the precise removal of lower roots, root fragments, incisors, and premolars. An essential instrument for dental professionals and students alike, it provides confidence and control when performing root retrieval procedures. Its slim, finely tapered beaks easily access narrow root sockets, allowing accurate engagement of remaining tooth structure while minimizing trauma to surrounding bone.

The English-style perpendicular hinge delivers enhanced leverage and promotes a natural wrist position, enabling controlled force during root luxation and elevation procedures.

Manufactured from premium German stainless steel, this extraction forceps is built for durability, strength, and long-term performance. The English-pattern design features a visible fulcrum positioned closer to the working tips, creating superior leverage and making extractions more efficient and predictable.

Features:

• Elegant matte finish minimizes glare under surgical lighting
• Optimized design for improved access and secure tooth engagement
• Cross-serrated tips provide multiple contact points for a reliable grip
• Textured handle ensures precise control and comfortable handling
• Each jaw measures 4.5 mm in width

Quality & Craftsmanship

Every extraction forceps is precision-engineered from high-quality 440A German stainless steel to deliver exceptional strength, corrosion resistance, and long-lasting performance. Each instrument undergoes rigorous quality inspections to verify proper alignment, tension, and finish before shipment. The smooth matte surface helps reduce reflections under dental operatory lights, enhancing visibility and comfort during procedures.

A Reliable Solution for Lower Root Extractions

Engineered for difficult lower root retrieval cases, this instrument features long, tapered beaks that provide deep access and a secure grip on fragile root remnants. Its specialized design helps improve procedural efficiency while supporting clean, controlled, and predictable extractions in the lower arch.