Fig. 17 Dental Extraction Forceps for Lower Molars

Product Overview

The Fig. 17 Dental Extraction Forceps are specialized dental instruments intended for the extraction of lower molar teeth. Designed for professional dental applications, these forceps provide a practical combination of functional beak geometry, a hinged working mechanism, and handles designed to support controlled instrument manipulation.

Lower molar extraction often requires careful engagement of the tooth, appropriate application of force, and consideration of the surrounding periodontal tissues and alveolar bone. The Fig. 17 pattern is designed to assist qualified dental professionals during these procedures when the instrument is appropriate for the tooth and clinical situation.

Design and Functionality

The working ends of dental extraction forceps are shaped to engage the tooth securely and facilitate controlled manipulation. The Fig. 17 pattern is commonly associated with lower molar extraction, although exact beak geometry and pattern details may vary by manufacturer.

The hinge connects the handles to the working ends, allowing the operator to open and close the instrument smoothly. The handle design supports a stable grip and helps the dental professional maintain control while positioning the forceps.

Appropriate instrument selection, careful positioning, and a sound understanding of dental anatomy are essential for safe and effective use.

Key Features

• Product type: Dental extraction forceps.
• Pattern: Fig. 17.
• Intended application: Extraction of lower molar teeth.
• Working end: Specially shaped beaks for tooth engagement.
• Hinge mechanism: Designed to facilitate opening and closing.
• Handle design: Supports grip and manual control.
• Professional use: Intended for qualified dental practitioners.
• Available configurations: Material, finish, and manufacturing options depend on the supplier.

Applications

Fig. 17 Dental Extraction Forceps may be used in appropriate clinical cases involving lower molar extraction, subject to the instrument’s exact design and the practitioner’s clinical assessment.

Potential professional settings include:

• General dental clinics.
• Oral surgery departments.
• Dental hospitals and teaching institutions.
• Professional dental instrument distributors.
• Dental education and clinical training environments.

Material and Manufacturing Quality

The material and manufacturing specifications should be confirmed with the supplier before purchase. Where the product is supplied in medical-grade stainless steel, the instrument should meet the manufacturer’s stated requirements for strength, corrosion resistance, finish, and intended clinical use.

Buyers should verify the grade of steel, surface finish, manufacturing standards, applicable regulatory documentation, and validated reprocessing instructions rather than relying on the figure number alone.

Cleaning, Disinfection, and Sterilization

Reusable dental extraction forceps must be cleaned, inspected, packaged, and sterilized according to the manufacturer’s validated instructions and the healthcare facility’s infection-control procedures.

Before each use, inspect the instrument for damage, corrosion, misalignment, excessive looseness, or impaired movement. Remove damaged instruments from service. Do not assume that every model is autoclavable unless the manufacturer confirms compatibility with the intended sterilization method.

Product Benefits

The Fig. 17 pattern offers dental professionals an instrument specifically intended for lower molar extraction. Its functional design can support tooth engagement and controlled handling when used correctly by a trained practitioner.

Selecting the appropriate extraction forceps for the tooth, anatomy, and clinical circumstances is important for minimizing avoidable tissue trauma and supporting proper procedural technique.