Fig 36N – Lower Premolars Deep Gripping Root Forceps

Product Overview

Fig 36N – Lower Premolars Deep Gripping Root Forceps is a specialized dental extraction instrument designed for controlled grasping and removal of lower premolar teeth and retained or exposed root structures. The forceps feature a precision-oriented beak configuration intended to provide a secure grip in areas where conventional extraction forceps may have limited access or purchase.

The Fig 36N pattern belongs to the Deep Gripping Root Forceps category and is specifically associated with lower premolar extraction applications. Its narrow, carefully aligned working ends are designed to facilitate firm engagement of the tooth or root while allowing the clinician to maintain controlled manipulation during extraction procedures.

Manufactured for professional dental use, these extraction forceps are suitable for dental clinics, oral surgery practices, dental hospitals, teaching institutions, and professional instrument sets where reliable handling and precise root engagement are important.

Key Features

• Product: Fig 36N Deep Gripping Root Forceps
• Application: Lower premolars
• Instrument Category: Dental Extraction Forceps
• Pattern: Deep Gripping Root Forceps
• Design: Precision gripping beaks
• Primary Use: Extraction of lower premolars and accessible root structures
• Working Ends: Designed for secure tooth/root engagement
• Handling: Ergonomic finger-ring style design for controlled manipulation
• Construction: Suitable for professional dental instrumentation
• Reusable Instrument: Intended for appropriate cleaning, sterilization, and maintenance according to institutional protocols

Detailed Description

The Fig 36N Lower Premolars Deep Gripping Root Forceps is engineered for situations requiring a dependable grip on lower premolars during dental extraction procedures. Lower premolars can present challenges when the remaining tooth structure is reduced, fractured, partially erupted, or difficult to engage with a conventional beak configuration. The deep-gripping pattern provides a more focused working profile for gaining purchase on the available tooth structure or root surface.

The specialized beaks are designed to approach the lower premolar from an appropriate angle and establish controlled contact with the tooth. This design can be particularly useful when the clinician requires a firm hold before applying carefully controlled extraction movements. The instrument’s configuration helps support precision during manipulation while reducing unnecessary movement between the beaks and the engaged tooth structure.

The Fig 36N is particularly appropriate for professional exodontia and routine oral surgery instrumentation. Its focused design makes it a useful addition to extraction forceps collections where different tooth morphologies and clinical access requirements demand specialized patterns.