Fig 150 (Cryer Upper Incisors Premolars Roots)

Fig 150 Cryer Upper Incisors, Premolars & Roots Extraction Forceps

Product Overview

The Fig 150 Cryer Upper Incisors, Premolars & Roots Extraction Forceps is a specialized dental extraction instrument developed for professional use in routine tooth extraction procedures involving the upper jaw. Commonly recognized as a universal maxillary extraction forceps, the Fig 150 design is intended to assist dental professionals in grasping and removing selected upper anterior teeth, canines, premolars, and suitable retained roots.

Designed with a practical American-pattern configuration, this instrument combines functional beak geometry with a hinged handle mechanism to support controlled manipulation during extraction. Its working ends are designed to engage the tooth securely when correctly positioned, helping the dental professional apply the appropriate movements according to the tooth’s anatomy and clinical condition.

Design and Construction

The Fig 150 Cryer forceps features a hinged construction that connects the handles to the working beaks. The handle design supports a firm hand grip, while the shaped beaks help establish contact with the tooth during extraction.

The instrument is commonly manufactured from stainless steel, offering durability, corrosion resistance, and suitability for repeated clinical use when appropriate cleaning and sterilization procedures are followed. Exact material grade, surface finish, dimensions, and manufacturing specifications may vary by manufacturer.

Key Features and Benefits

• Universal upper-jaw application: Designed for selected maxillary anterior teeth, canines, premolars, and appropriate root remnants.
• Precision-shaped beaks: Help provide controlled contact with the tooth during extraction.
• American-pattern construction: Offers a familiar design for dental professionals accustomed to this forceps style.
• Hinged mechanism: Supports the controlled transfer of hand force to the working ends.
• Durable construction: Stainless-steel versions are suitable for repeated professional use when maintained correctly.
• Practical handling: Designed to support stable positioning and controlled instrument manipulation.
• Reusable design: Reuse is subject to the manufacturer’s instructions for cleaning, inspection, and validated sterilization.
• Professional application: Suitable for dental practices, hospitals, and oral surgery departments.

Dental Applications

The Fig 150 Cryer extraction forceps may be used by trained dental professionals for:

1. Extraction of selected upper central and lateral incisors.
2. Extraction of suitable upper canines.
3. Removal of selected upper premolars.
4. Extraction of appropriate retained roots when the beak design and clinical conditions permit.
5. Routine exodontia procedures as part of a properly planned dental treatment.

The suitability of this instrument depends on tooth anatomy, root configuration, periodontal condition, access, and the clinician’s assessment. Complex root fractures or surgical cases may require different instruments or techniques.

Ergonomics and Clinical Control

The handles are designed to support a stable grip during clinical manipulation. When the beaks are correctly positioned, the instrument can assist the clinician in applying controlled extraction movements appropriate to the tooth being treated.

Good instrument positioning and appropriate technique are important for reducing unnecessary force and avoiding damage to adjacent teeth and surrounding tissues. The instrument should only be used by appropriately trained dental professionals.

Material Quality and Durability

Stainless steel is widely used in reusable dental instruments because of its mechanical strength and resistance to corrosion. The actual grade and finish of this particular product should be confirmed from the manufacturer’s specifications.

To maintain the instrument’s performance, remove contaminants promptly after use, follow the recommended cleaning procedure, inspect the hinge and working ends, and use a validated sterilization cycle compatible with the manufacturer’s instructions.

Cleaning, Maintenance and Sterilization

Before each use, inspect the instrument for corrosion, cracks, damaged beaks, looseness, or restricted hinge movement. Clean and sterilize it according to the manufacturer’s validated reprocessing instructions and the dental facility’s infection-control protocol. Hinged instruments should generally be processed in the position specified by the manufacturer to allow effective cleaning.