Fig. 73 Lower Molars Extracting Forceps

Premium Dental Extraction Instrument – English Pattern / Hawk’s Bill

The Fig. 73 Lower Molars Extracting Forceps is a professionally designed dental extraction instrument specifically intended for the controlled extraction of lower molar teeth. This forceps belongs to the established English-pattern range of tooth extracting forceps and is commonly identified as a lower-molar or Hawk’s Bill forceps. Its specialized working-end configuration is designed to provide the dental professional with controlled access, secure tooth engagement, and dependable manual handling during extraction procedures.

Manufactured with attention to precision, functionality, durability, and ergonomic handling, the Fig. 73 forceps is a valuable component of professional dental extraction instrument sets. The instrument is designed around the anatomical requirements of mandibular molars, allowing the operator to position the working ends appropriately around the tooth while maintaining controlled manual leverage.

The Fig. 73 pattern is widely catalogued as a lower molar extraction forceps. Dental instrument manufacturers and catalogues identify this pattern specifically for lower molars, with versions commonly manufactured with serrated or textured working tips to support secure engagement.

Product Overview

The Fig. 73 Lower Molars Extracting Forceps is intended for use by qualified dental professionals during tooth extraction procedures involving mandibular molars. The instrument features a specialized angled working-end configuration appropriate for posterior lower-tooth access.

Its design combines a robust construction with a carefully formed beak profile, allowing the instrument to be positioned around the target tooth while maintaining a stable connection between the forceps and tooth structure.

The forceps is particularly suitable for professional dental clinics, dental hospitals, oral surgery departments, dental teaching institutions, dental laboratories maintaining clinical instrument sets, and medical and dental instrument distributors.

Key Product Features

• Product Name: Fig. 73 Lower Molars Extracting Forceps
• Instrument Type: Dental Tooth Extracting Forceps
• Pattern: English Pattern
• Common Description: Lower Molar Forceps / Hawk’s Bill Pattern
• Primary Application: Extraction of lower molars
• Working End: Anatomically shaped lower-molar beaks
• Grip: Ergonomically formed handles for controlled manual operation
• Tip Configuration: Available with serrated working tips depending on manufacturer specification
• Construction: Surgical-grade stainless steel options are commonly available
• Finish: Precision-finished surface suitable for professional dental instrumentation
• Reusability: Reusable design when supplied as a reusable stainless-steel instrument
• Sterilization: Suitable for professional sterilization/reprocessing when the specific instrument specification permits
• Application: Professional dental and oral surgical procedures
• Packaging: Available according to manufacturer or customer requirements
• Customization: OEM/private-label options may be available from the manufacturer

Anatomical Design for Lower Molars

Lower molars have distinctive anatomical characteristics that require an extraction instrument specifically designed for posterior mandibular access. The Fig. 73 pattern addresses these requirements through its specialized beak geometry and overall forceps configuration.

The working ends are formed to provide an appropriate point of contact with the lower molar, while the angled construction allows the operator to approach the posterior mandibular region without relying on the straight configuration commonly associated with anterior extraction forceps.

This specialized geometry is one of the principal characteristics distinguishing lower-molar extraction forceps from instruments intended for incisors, canines, premolars, roots, or upper molars.

Hawk’s Bill / Lower Molar Pattern

Fig. 73 is frequently described within dental instrument catalogues as a Hawk’s Bill lower-molar extraction forceps. The designation refers to the characteristic shape and orientation of the working ends used for mandibular molar extraction.

The design is intended to help the clinician obtain a secure working position around the lower molar. Depending on the exact manufacturer specification, the beaks may incorporate serrated or textured contact surfaces to improve engagement with the tooth.

Because manufacturers can produce variations of the same figure number, exact dimensions, beak profile, serration pattern, handle configuration, and steel grade should be confirmed against the relevant manufacturer’s technical specification before placing a technical or bulk order.

Precision Manufacturing

Quality manufacturing is particularly important for dental extraction instruments because the instrument must withstand repeated mechanical loading during professional use.

The Fig. 73 forceps can be manufactured through precision forging, forming, machining, grinding, polishing, and finishing processes appropriate to surgical dental instrumentation. The working ends require accurate alignment so that the beaks meet correctly when the handles are brought together.

A properly manufactured forceps should provide:

• Accurate beak alignment
• Smooth opening and closing action
• Consistent working-end geometry
• Appropriate handle balance
• Reliable mechanical strength
• Uniform surface finishing
• Controlled tooth engagement
• Resistance to routine instrument wear
• Compatibility with appropriate cleaning and sterilization procedures

Surgical-Grade Stainless Steel Construction

Professional dental extracting forceps are commonly manufactured from stainless steel selected for strength, corrosion resistance, durability, and compatibility with repeated cleaning and sterilization procedures. Some manufacturers specifically identify their Fig. 73 instruments as being made from surgical-grade stainless steel.

The use of suitable stainless steel helps the instrument maintain its mechanical and visual characteristics through routine professional reprocessing when the manufacturer’s instructions are followed correctly.

For institutional purchasing, the exact material designation, steel grade, hardness, surface finish, and applicable material certification should be confirmed with the manufacturer.

Ergonomic Handle Design

The handle configuration of the Fig. 73 forceps is designed to provide the operator with a controlled manual grip during dental extraction procedures.

An appropriately formed handle allows the clinician to maintain stable control of the instrument while positioning the working ends around the tooth. Depending on the manufacturer’s version, the handles may incorporate textured or cross-hatched grip surfaces to reduce hand slippage during use.

The overall balance of the instrument is also important because it contributes to comfortable handling during repeated clinical procedures.