Fig 97 (Very Thin Upper Roots) – Dental Extraction Forceps

Product Overview

Fig 97 (Very Thin Upper Roots) is a specialized dental extraction forceps designed for the controlled removal of very thin, delicate, and fragile upper tooth roots and root fragments. This precision dental instrument is intended for situations where conventional extraction forceps may not provide the narrow working profile and controlled engagement required for delicate root structures.

The Fig 97 pattern is recognized in dental instrument catalogs as a forceps configuration specifically associated with very thin upper roots. Its specialized working geometry allows the dental professional to approach narrow root structures with greater precision and controlled handling during extraction procedures.

Manufactured for professional dental use, the instrument is particularly suitable for dental clinics, oral surgery departments, hospitals, dental teaching institutions, and professional dental practices where precision extraction instruments are required.

The design of this forceps focuses on providing a combination of fine access, controlled gripping, mechanical strength, and reliable handling. The narrow working ends are intended to engage delicate upper-root structures while allowing the operator to maintain appropriate control throughout the procedure.

Product Name

Fig 97 (Very Thin Upper Roots) Dental Extraction Forceps

Instrument Type

Dental Extraction Forceps

Figure Number

Fig 97

Intended Application

Extraction of very thin upper tooth roots and delicate upper-root fragments

Category

Dental Surgical Instruments / Tooth Extraction Instruments / Root Extraction Forceps

Detailed Product Description

Fig 97 (Very Thin Upper Roots) is a precision-oriented extraction instrument developed for dental procedures involving slender and fragile upper tooth roots. Root extraction can present significant challenges when the remaining root structure is narrow, fractured, partially retained, or difficult to engage with a conventional extraction instrument.

In such cases, a specialized root forceps can provide the clinician with a more appropriate working profile for accessing the available root structure.

The Fig 97 forceps pattern is specifically associated with very thin upper roots. This makes it a valuable addition to a professional dental extraction instrument set where different forceps configurations are required for different tooth and root anatomies. Dental instrument catalogs distinguish specialized forceps by their intended anatomical application, including separate patterns for upper roots, lower roots, molars, third molars, and very thin root structures.

The instrument is designed to support controlled manipulation rather than relying solely on excessive force. When used appropriately by a qualified dental professional, its narrow working configuration can help facilitate access to small root structures and support precise engagement during extraction.

Key Features

1. Designed for Very Thin Upper Roots

Fig 97 is specifically associated with very thin upper roots, making it suitable for delicate root extraction applications.

2. Precision Working Profile

The specialized working ends provide a narrow profile intended to facilitate access to slender root structures where broader extraction forceps may be less suitable.

3. Controlled Root Engagement

The instrument is intended to allow the operator to engage the accessible portion of a thin root and apply controlled extraction movements.

4. Suitable for Delicate Extraction Procedures

Its specialized configuration makes it appropriate for procedures where careful handling of fragile root structures is important.

5. Professional Dental Instrument

Fig 97 is intended for professional dental and oral surgical environments, including dental clinics, hospitals, oral surgery facilities, and dental educational institutions.

6. Reusable Instrument Configuration

When manufactured from an appropriate surgical-grade material and processed according to the manufacturer’s instructions, reusable dental extraction forceps can be incorporated into standard instrument-processing workflows.