Orthodontic Lower Molar Forceps

Ergonomic Mastery in Exodontia: Lower Premolar Extracting Forceps Fig. 13

The removal of lower premolars (bicuspids) requires a tool that is able to deliver constant pressure, controlled pressure without harming the alveolar bone's delicate surround. The Extracting Forceps Fig. 13, featuring the Anatomically Shaped Handle as well as serrated Beaks, is the cornerstone in the dental surgery kit.1 The design is intended to connect the gap between posterior and anterior instruments; Fig. 13 offers the best mechanical advantage to the distinct roots of mandibular premolars.

The Fig. 13 Design: Built for Bicuspids 3

Lower premolars usually contain a single, long and somewhat thin root. The Fig. 13 was designed specifically with this design in mind

• Vertical Hinge Design as an "English Pattern" instrument, it has an angled vertical hinge that places the beaks at an angle that is right with the handles. This provides better visibility as well as a direct line of force to lower arches.
• Long serrated beaks: Beaks are made with inner surfaces with cross-serrated, which provide a "multi-point" grip. 4. This stops the tooth from slipping or rotating during the vital buccolingual movements that increase the size of the socket.
  
• Normal Spacing Beaks are designed to fit into the neck cervical of a premolar securely and reduce the chance of breaking the crown under pressure.

Anatomical Handle: The Professional's Edge

Lower premolar extraction typically requires an assortment of forces of tipping and rotation. A typical handle is difficult to maintain stability during these moves. The Anatomically Formed Handle can solve this problem by:

1. Palm-Contoured Geometry Handle is designed in a way to conform with the curves of your hand naturally, dispersing force throughout the palm instead of only the fingers.
2. Anti-Slip Perforations/Texture: Often featuring knurling or anatomical indentations, this design ensures a rock-solid grip even when working in moist environments.
3. Fatigue Mitigation Through aligning the leverage of the device to its natural hand mechanics, the surgeon is able to experience less stress during lengthy or difficult removals.
   

Material Excellence: Premium Stainless Steel

Safety and performance are not a matter of debate during oral surgery. The forceps are made of surgical grade Stainless Steel, with the following features:

• High Corrosion Resistance Passivated to stand up to the harsh conditions of autoclave sterilization as well as blood exposure.
• Torsional Strength : The hardened material ensures that the beaks are perfectly aligned when applying the maximum torque to an extremely stubborn root.
• Polished/Satin finish: Provides a professional appearance while ensuring that the instrument is simple for cleaning and is free from biofilm.

Technical Specifications

Feature Detail

Model Fig. 13 (English Pattern)

Application Mandibular (Lower) Premolars

Tip Feature Angled, Long Serrated Beaks

Handle Anatomically Shaped (Ergonomic)

Material : High-Quality Stainless Steel

Clinical Conclusion

The Fig. 13 Anatomical Forceps can be more than a tool; it's a solution to surgeons who are adamant about surgical finesse as well as personal comfort. Combining a side-specific angle along with an ergonomic handle ensures that each extraction is done with the greatest degree of precision and with the least chance of injury.