Description

CONODENT Apexo Root Elevator (Curved 3.0×9mm, Ref: CDT-B-031)

Product Overview

The CONODENT Apexo Root Elevator (Ref: CDT-B-031) is a precision surgical instrument designed for professional oral surgery. It is specifically crafted to luxate teeth, sever the periodontal ligament (PDL), and remove deep root fragments with minimal trauma to the surrounding alveolar bone and tissue.

By leveraging engineered mechanical advantage, the CDT-B-031 allows clinicians to safely expand the alveolar socket and ease extractions. Its specific geometry is optimized for accessing tight interproximal spaces, facilitating a predictable, minimally invasive workflow that preserves the bone architecture—a critical factor for immediate implant placement.

Key Product Features & Clinical Benefits

• Optimized Curved Tip (3.0mm × 9mm): The slender 3.0mm width and 9mm length allow for deep, subgingival penetration. The curved profile adapts seamlessly to root anatomy, ensuring maximum surface contact and uniform force distribution.

• Premium Medical-Grade Stainless Steel: Forged from a high-yield steel alloy that offers exceptional tensile strength. The working tip retains its sharp surgical edge and will not bend or fracture under heavy leverage.

• Ergonomic Hollow Handle: Features a lightweight, hollow handle with a knurled/textured surface. This design ensures a secure, slip-resistant grip even when wet, shifting the balance forward to increase tactile sensitivity and reduce hand fatigue.

• Superior Corrosion Resistance: The instrument undergoes an advanced passivation manufacturing process. This creates a protective chromium oxide layer that prevents pitting, staining, and chemical degradation over time.

• Universal Sterilization: Fully autoclavable and built to withstand repeated high-temperature cycles without losing its structural integrity or matte finish.

Technical Specifications

Clinical Maintenance & Care Guidelines

To maximize the lifespan of your CONODENT instruments, follow this 4-step processing sequence: