Fig. 99.1/2 (Lower Molars)

Professional Dental Extraction Forceps for Lower Molar Teeth

Fig. 99.1/2 (Lower Molars) is a professionally designed dental extraction instrument intended for use in the controlled extraction of mandibular molar teeth. This specialized instrument is developed to provide dental professionals with a practical combination of secure tooth engagement, controlled handling, appropriate access, and dependable mechanical performance during routine and complex dental extraction procedures.

Lower molar extraction requires an instrument that allows the operator to establish a secure grip while maintaining appropriate control throughout the procedure. The anatomical position, crown configuration, root morphology, and surrounding oral structures of mandibular molars can make extraction technically demanding. Fig. 99.1/2 is therefore designed as a dedicated lower-molar extraction forceps pattern, providing the clinician with an instrument configuration suitable for access to the posterior mandibular region.

Product Overview

The Fig. 99.1/2 (Lower Molars) forceps is intended for professional dental applications where controlled grasping and removal of lower molar teeth are required. Its design supports the clinician during tooth extraction by allowing the beaks to engage the appropriate tooth surfaces while the handles provide leverage and manual control.

The instrument is manufactured with attention to functional geometry, surface finish, balance, and durability. Its construction is suitable for repeated professional use when the instrument is correctly handled, cleaned, disinfected, sterilized, and maintained according to applicable institutional procedures and the manufacturer’s validated instructions.

Intended Application

Fig. 99.1/2 is primarily intended for extraction of mandibular molars in professional dental and oral-surgical environments. It may be used during routine dental extraction procedures and in situations where a dedicated lower-molar forceps pattern is appropriate.

The instrument should be selected by a qualified dental professional based on the individual patient’s dental anatomy, tooth condition, accessibility, root configuration, and the planned extraction technique.