74N Narrow Root Extraction Forceps

The 74N Narrow Root Extraction Forceps are specifically designed for the removal of root fragments and retained roots in the lower arch. As a narrower variation of the standard 74 pattern, these forceps feature slim, tapered beaks that provide enhanced access to confined areas and facilitate the extraction of small or fractured root remnants.

The slender working ends are engineered to reach deep into sockets, interproximal spaces, and subgingival areas where standard forceps may be less effective. Their precise design allows for secure engagement of delicate root structures while supporting controlled extraction with minimal disruption to surrounding tissues.

The English Pattern hinge design places the fulcrum closer to the working ends, improving leverage and enabling efficient force transmission during extraction procedures.

Key Features

• Designed for the extraction of narrow, fractured, and retained root fragments
• Slim, tapered beaks for improved access to confined spaces
• Narrow working ends for precise root engagement
• Suitable for deep socket and interproximal access
• Cross-serrated tips for enhanced grip and reduced slippage
• English Pattern design for improved leverage and control
• Matte finish to minimize glare under operating lights
• Textured handles for secure handling and instrument control
• Manufactured from high-quality German stainless steel

Sterilization and Durability

Constructed from premium German stainless steel, the 74N Narrow Root Extraction Forceps are designed to withstand repeated cleaning and autoclave sterilization cycles. Their corrosion-resistant construction ensures long-term durability, dependable performance, and compliance with standard clinical sterilization protocols.

Clinical Applications

The 74N Narrow Root Extraction Forceps are commonly used for the removal of retained roots, fractured root segments, and small root remnants in the mandibular arch. Their narrow profile and tapered beaks provide excellent access to difficult-to-reach areas, making them particularly useful for delicate root retrieval procedures that require precision and controlled force application.