Conodent Upper Roots Extraction Forceps Fig. #30 (CDT-A-024) English Pattern with Anatomical Handle

Description

Conodent English Pattern Upper Roots Extraction Forceps 

Ergonomic Anatomical Grip | Precision for Upper Incisors & Roots

The Conodent Figure 30 Extraction Forceps are a versatile surgical instrument designed for the removal of maxillary (upper) incisors and roots. By integrating a refined, straight beak design with a modern anatomical handle, this instrument provides dental professionals with the delicate control required for anterior extractions and the retrieval of root fragments.

Key Features

• Anatomical Handle Design: The handles are ergonomically contoured to fit the natural shape of the hand, providing superior comfort and reducing pressure points during use.

• Specialized Figure 30 Beaks: Features narrow, straight beaks perfectly suited for grasping Upper Incisors and Roots with high precision.

• English Pattern Box Joint: Engineered with a traditional box-joint mechanism that ensures smooth hinge operation and maintains perfect beak alignment under tension.

• Medical Grade Stainless Steel: Manufactured from premium, high-density medical-grade stainless steel for long-lasting durability and resistance to wear.

• 1-Year Anti-Rust Warranty: Fully guaranteed against rusting and corrosion for 12 months, ensuring your surgical kit remains in peak condition.

Clinical Benefits

• Deep Socket Reach: The slender profile of the Figure 30 beaks allows for deep subgingival access to securely grasp root fragments with minimal trauma to the surrounding tissue.

• Superior Tactile Feedback: The combination of the anatomical grip and precision beaks provides the clinician with excellent sensitivity during the extraction process.

• Balanced Leverage: Designed to provide a secure grip and controlled force, reducing the risk of fracturing delicate anterior teeth or roots.

• Fully Autoclavable: Built to withstand frequent high-temperature sterilization cycles without losing its polished finish or structural integrity.

Technical Specifications