Conodent English Pattern Upper Anterior Universal Forceps Fig. #150 Anatomical Handle CDT-A-316

Conodent English Pattern Upper Anterior Universal Forceps – Figure 150 CDT-A-316

Ergonomic Anatomical Grip | The Universal Standard for Upper Extractions

The Conodent Figure 150 is a highly versatile “Universal” extraction instrument designed for the maxillary (upper) arch. By combining the classic Figure 150 S-shaped geometry with a modern anatomical handle and a robust English Pattern box joint, this instrument provides the flexibility to handle incisors, canines, and premolars with a single tool.

Key Features

• Universal Figure 150 Design: Specifically engineered with an S-shaped curve and parallel beaks to adapt to various tooth morphologies in the upper arch, including Incisors, Canines, and Premolars.

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

• English Pattern Box Joint: Features a traditional high-durability box joint that ensures smooth hinge movement and maintains precise beak alignment under heavy loads.

• Medical Grade Stainless Steel: Manufactured from premium, high-density medical-grade stainless steel for exceptional strength and resistance to mechanical wear.

• 1-Year Anti-Rust Warranty: Fully guaranteed against rusting and corrosion for 12 months, reflecting our high standards of material purity.

Clinical Benefits

• Multi-Purpose Efficiency: The universal design reduces the need for frequent instrument changes during multi-quadrant procedures in the upper arch.

• Superior Ergonomics: The anatomical grip ensures the instrument feels balanced in the hand, allowing for more precise control and tactile feedback.

• Atraumatic Performance: The tapered beaks allow for a deep, secure subgingival seat on the tooth neck, minimizing the risk of root fracture or soft tissue trauma.

• Total Hygiene Assurance: Fully autoclavable and resistant to repeated high-temperature sterilization cycles without compromising the structural integrity or finish.

Technical Specifications