Fig 36A Lower Premolars Deep-Gripping Wide Tip Deep Root Pick Forceps

Product Overview

The Fig 36A Lower Premolars Deep-Gripping Wide Tip Deep Root Pick Forceps is a specialized dental extraction instrument designed for controlled engagement of lower premolars and difficult-to-access tooth structures. Its deep-gripping, wide-tip jaw configuration is intended to provide a secure purchase where a conventional narrow extraction forceps may not provide sufficient contact.

The instrument is particularly suited to dental professionals who require dependable access, controlled handling, and a stable grip during extraction procedures involving lower premolars. The specially shaped working ends allow the clinician to engage the tooth as deeply as the clinical situation permits while maintaining appropriate instrument control.

The Fig 36A pattern is associated with specialized lower-jaw extraction forceps and deep-gripping configurations for premolars. Product references describe the Fig 36A as a deep-gripping anatomical lower-premolar forceps, while other instrument references identify specialized Fig 36A designs with extended or far-reaching beaks.

Key Features

• Product Type: Dental Extraction Forceps
• Pattern: Fig 36A
• Application: Lower Premolars
• Jaw Design: Deep-Gripping Wide Tip
• Working Profile: Deep-reaching and anatomically oriented
• Primary Purpose: Controlled engagement during lower-premolar extraction
• Grip: Designed for secure handling and controlled manipulation
• Instrument Category: Dental Extraction / Oral Surgery Instrument
• Reusable Instrument: Suitable for professional reprocessing when manufactured and supplied as a reusable instrument
• Professional Use: Intended for trained dental professionals

Deep-Gripping Wide-Tip Design

The defining characteristic of the Fig 36A is its specialized jaw configuration. The wider gripping area is intended to provide greater contact with the accessible tooth surface, while the deeper profile facilitates engagement in situations where a conventional forceps may have limited purchase.

A well-designed extraction forceps must allow the operator to establish a stable grip without unnecessarily interfering with the surrounding anatomical structures. The Fig 36A design addresses this requirement through its specialized working-end geometry.

The wide-tip configuration can be particularly useful when a broader engagement surface is preferred. The deep-gripping profile also supports controlled application of extraction forces once an appropriate purchase has been established.