Orthodontic Tooth Extraction

Precision for the Maxillary Quadrant: Extracting Forceps Fig. 17 (Upper Right Molars)

In the area of oral surgery and orthodontics, the anatomy of upper molars calls for a special method. The upper molars are tri-rooted, with two buccal roots and a larger palatal root. A forcep that is universal usually fails to provide an effective grip. The Extracting Forceps Fig. 17, with the Anatomically Shaped Handle as well as serrated Tips, is the most precise instrument specially designed to meet the distinctive structure that is the upper right Molars.

The Fig. 17 Advantage: Side-Specific Geometry

The most important aspect of Fig. 17 is the beak's asymmetrical design. To ensure the safety and effectiveness of extracting an upper molar that is right-sided, the instrument should be engaged in a bifurcation (the space between the roots) on the buccal (cheek) side.

• Pointed Buccal Beak. One beak is equipped with an elongated pointed projection that is created to bind the furcation between the two roots of the buccal on its right.
• Round Paltal Beak: The opposing beak is rounded smoothly to hold the larger, single palatal root.
• Optimized Alignment . This particular side-specific design keeps the tooth from turning and "popping" out of the forceps in a sudden manner. It ensures that the force is directed to the ligaments of the periodontal.

Improved Grip by using Serrated Tips

Upper molars are often adorned with big crowns, which may be slippery because of blood or saliva. The Fig. 17 addresses this by using the Serrated Tips:

• Mechanical Traction The serrations are fine and bite into the tooth's structure, forming a "non-slip" interface. This is essential for the buccal-palatal rocking movements that are required to increase the size of the maxillary bone.
• An Acute Performance. By providing a better grasp, the serrated tips can reduce how much "squeeze" force required, which can prevent the crown of a decayed, broken tooth from being crushed.

Ergonomic Excellence: The Anatomical Handle

Upper molar extraction often requires a significant amount of leverage. Standard handles could cause the dentist's hand to wear out or cause the instrument to move. The Anatomically designed Handle provides:

1. Palm-Contoured Stability Handle is designed to fill the void of a closed hand, permitting the practitioner to utilize the muscles that are larger in the shoulder and arm to provide controlled force.
2. Anti-Slip Notches Indentations that are specific allow fingers to find a "home," ensuring the forceps are stable when you apply a high amount of torque.
3. Protecting Musculoskeletal Functions: By improving the hand's mechanical strength, the ergonomic design minimizes the likelihood of long-term strain over the carpal tunnel and wrist.

Material Excellence: Surgical-Grade Stainless Steel

Made using High-tensile Stainless Steel, these forceps are designed to last for years in a busy clinic.

• Resilience to Corrosion Protected fully from the harsh conditions of an autoclave as well as chemical disinfectants.
• High Torsional Strength . This steel has been adjusted to keep the exact alignment of the beaks that are asymmetrical, regardless of the most difficult teeth.
• High-Polished Finish . It makes cleaning easy and helps prevent the build-up of organic material in the hinges or serrations.

Technical Specifications

Feature Detail

Model Fig. 17 (Right-Side Specific)

Indication : Maxillary (Upper) Right Molars

Tip Feature A Pointed Buccal beak with serrations

Handle Anatomically Shaped (Ergonomic)

Material Premium Stainless Steel

Clinical Conclusion

The Fig. 17 Anatomical Forceps are an indispensable tool for any doctor who values an ergonomic and efficient surgical procedure. By adjusting the device to the 3rd molar anatomy in the upper left, you will have a more reliable and controlled experience when you extract.