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Dental Extracting Forceps – Article-NES-101
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Next Edge Surgical LLC
Lower Molars
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Executing controlled maxillary molar extractions requires tools designed to accommodate subtle anatomical variations in upper tooth positions. NES-101 – Fig. 87 by Next Edge Surgical LLC delivers an optimized structural configuration that provides a distinct handle orientation and beak angle preferred by many operators for first and second maxillary molars.
| Performance Attribute | Engineering Specification |
| Pattern Designation | Fig. 87 (Maxillary Molar Variant) |
| Metallurgical Alloy | High-Grade Passivated Stainless Steel |
| Hinge Mechanism | Low-Friction Precision Box Joint |
| Decontamination | Fully Autoclavable & Thermal Disinfectable |
The working beaks of the Fig. 87 are engineered to establish a broad, multi-point purchase across the cervical root trunk. This balanced contact area converts manual palm pressure into direct, controlled axial torque, preventing localized pressure spikes that lead to crown fracture.
Essential Functional Advantages
Alternative Beak Architecture: Offers enhanced engagement for multi-rooted upper molars.
Ergonomic Wrist Alignment: Allows the clinician to maintain a stable, fatigue-reducing hand posture.
High Chemical Passivation: Shields core metal from pitting caused by ultrasonic cleaning solutions.
Practices that maintain conventional side-specific sets frequently add Fig. 87 as a complementary pattern for unique anatomical presentations. Incorporating these specialized extracting forceps into your operatory setup ensures predictable, tissue-sparing extractions while protecting fragile buccal bone. Next Edge Surgical LLC hand-finishes every unit to guarantee uniform hinge tension and long-term clinical reliability.
