Clinic Use Anatomically Shaped Handle

Superior Ergonomics in Oral Surgery: Extracting Forceps Fig. 349

In the challenging exodontia field, the success of an exodontia procedure is dependent upon how well the "hand-to-instrument" connection is made. When extracting deep-seated fragments or roots that are abrasive, the use of a standard handpiece can result in hand fatigue or even slipping. The Extracting Forceps Fig. 349 with anatomically shaped handles is specially designed to address these problems, delivering maximum flexibility and comfort during the removal of the Upper Roots.

The Anatomical Advantage: Why Handle Shape Matters

Traditional forceps usually have handles that are symmetrical, requiring the user to exert considerable muscle to keep the grip. The Anatomically Shaped Handle of the Fig. 349 model has been contoured to recreate the natural resting posture of the hand.

• Pressure Distribution Curves on the handles make sure that the pressure applied is evenly distributed across fingers and palms, drastically reducing "pressure points."
• Lower Hand Fatigue. The ergonomics of this design are crucial for those who perform multiple extractions each day, as it decreases the risk of straining their hands repeatedly.
• Enhanced Grip Stability: The anatomical points and valleys in the handle stop the device from rotating or sliding around the hand, even if wearing damp surgical gloves.

Precision for Upper Roots

Fig. 349 is a special design specifically designed to fit the maxillary (upper) arch. Its pointed and narrow beaks are designed to:

1. Deep Subgingival Access. This slim line permits the beaks to slide under the gum line and grasp root fragments that are separated from below or beneath the alveolar crest.
2. Parallel Alignment Curvature: The instrument has been designed to give an unidirectional pull for the upper roots and reduce the possibility of breaking the buccal bone.
3. Maximum Contact. These beaks' surfaces can be grooved longitudinally to create several points of contact on the root surface, providing the user a "locking" grip.

Material Excellence: Medical-Grade Stainless Steel

Forged out of High-tensile Stainless Steel, these forceps can take on the enormous torque needed for root extraction.

• Anti-corrosion: Completely protected from the corrosion-causing impact of blood and saliva.
• Structural Integrity. Its stainless steel construction guarantees that the tips are perfectly aligned, and they do not "splay" under the pressure of an extraction that is difficult.
• Sterilization Compatibility The design is built to withstand multiple autoclave cycles and ultrasonic cleaning, without compromising the smooth motion that the joint pivots.

Technical Specifications

Feature Specification

Figure Number Fig. 349

Application Maxillary (Upper) Roots

Handle Type Anatomically Shaped (Ergonomic)

Material Premium Stainless Steel

Joint Type High-Precision Box Joint

Conclusion

Dental professionals for the dental professional, the Fig. 349 Anatomical Forceps offer an improvement in ease and outcomes. Through the combination of a specially-designed beak pattern designed for the upper root with a hand-crafted handle specifically for human hands, it ensures extractions are done with precision and not brutal force.