Description

The Dental Extracting Forceps (Fig #36) are high-precision surgical instruments engineered specifically for the extraction of lower premolars. Designed for the modern dental professional, these forceps provide the mechanical stability and anatomical fit required for reliable, atraumatic tooth luxation. Featuring a specialized “Thin Tip” design for deep-gripping, the robust architecture ensures that the clinician maintains consistent control throughout the extraction process, minimizing the risk of slippage and protecting surrounding alveolar bone.

Fig #36A: Enhanced Wide-Tip Variant

For clinical scenarios requiring broader surface area and even deeper grip stability, we offer the Fig #36A variant. As showcased in the technical diagrams , , and , the Fig #36A is specifically engineered with a “Wide Tip Deep Gripping” geometry. This specialized jaw design is ideal for clinicians who prefer a more expansive engagement surface to achieve maximum mechanical advantage when extracting challenging lower premolars.

Clinical Design & Utility

The defining feature of these instruments is their specialized jaw geometry, which is anatomically contoured to securely engage the crown and root of lower premolars. As demonstrated in the clinical diagrams, the working tips are milled to provide a firm, deep purchase on premolar anatomy, facilitating efficient leverage. This design is critical for achieving a stable grip, even in challenging clinical scenarios where tooth structure may be compromised.

The forceps are constructed for durability and long-term performance. The precision-milled hinge allows for smooth action, while the handles feature a cross-hatched, knurled texture to ensure a secure, slip-free grip in blood-rich clinical environments.

Constructed from medical-grade, high-hardness stainless steel, these forceps are built to withstand the rigors of high-volume surgical practices. The instrument is engineered to resist structural deformation—guaranteeing it remains “not deformed”—even under the significant forces required for luxation. The surface is treated to resist oxidation and discoloration, providing a professional, hygienic finish that remains intact through repeated, high-intensity autoclave sterilization cycles.

Key Features & Technical Specifications

• Fig #36 Thin Tip Geometry: Precision-milled jaw profile engineered for secure, deep-gripping engagement of lower premolar crowns and roots.
• Fig #36A Wide Tip Geometry: Features an expanded “Wide Tip Deep Gripping” profile for those requiring broader engagement surfaces and enhanced mechanical stability.
• High-Hardness Surgical Stainless Steel: Forged from premium-grade steel to ensure superior strength, edge retention, and resistance to structural warping.
• Anatomical Grip Handles: Features a precision-milled, cross-hatched handle texture that provides a secure, slip-free grasp for the clinician.
• Deformation-Resistant Construction: Engineered to maintain structural rigidity under high lateral forces during extraction.
• Anti-Corrosion Surface Treatment: Advanced finishing technology prevents fading and pitting, maintaining the instrument’s professional appearance after numerous sterilization rotations.
• Professional Ergonomics: Balanced weight distribution optimizes tactile feedback, allowing the clinician to feel the resistance of the tooth during the luxation process.
• 100% Autoclavable: Fully optimized for heavy-duty thermal sterilization, ultrasonic cleaning, and chemical disinfectant protocols.
• Global Quality Compliance: Manufactured in strict accordance with international CE and ISO quality management systems for medical instrumentation.