Description

CONODENT Deep Grip Anatomical Forceps — Lower Molar Pattern | CDT-A-244-26

The CONODENT CDT-A-244-26 is a dedicated, single-instrument SKU within the Deep Grip Anatomical Series. While the base catalog number represents the complete multi-piece extraction kit (SKU: CDT-A-244-22), the specific numerical suffix “-26” designates the individual Lower Molar Pattern.

Engineered specifically to accommodate the complex root anatomy of mandibular molars, this instrument features a tailored right-angle hinge configuration and specialized anatomical beaks. This design enables pristine engagement with the multi-rooted furcations typical of lower molar structures, providing predictable, slip-free luxation.

Advanced Key Features & Clinical Benefits

Mandibular-Optimized Right-Angle Joint

The mechanical geometry of the CDT-A-244-26 features a strict right-angle beak orientation relative to the handle shank.

• Ergonomic Vector: This specific configuration allows the clinician to maintain a natural, neutral wrist posture while accessing the posterior regions of the mandible.

• Optimized Direct Line of Force: By eliminating the need to hyperextend or awkward tilt the wrist, the right-angle design allows apical force to be directed effortlessly along the long axis of lower molars, maximizing leverage while preventing strain.

Multi-Point Furcation Beak Architecture

Unlike flat or un-contoured beaks, the working tips of the lower molar pattern are specifically mapped to the anatomy of mandibular molars.

• Furcation Tracking: The tips feature pointed anatomical projections designed to seat perfectly into the buccal and lingual bifurcations of lower molar roots.

• Crown Protection: By securing a mechanical interlock directly within the root bifurcation below the cervical line, the forceps bypass weak or decayed coronal structures, dramatically mitigating the risk of crown crushing during high-torque movements.

Asymmetric Anatomical Handle Mechanics

The handle is structurally engineered to conform to the resting shape of a closed hand, utilizing an asymmetric curve profile.

• Surface Area Contact: By maximizing palm-to-handle contact, the design spreads the physical pinch load evenly over the clinician’s entire grip.

• Reduced Grip Fatigue: This equalized force distribution drastically reduces the necessary hand squeeze required to prevent instrument slippage, facilitating smooth, controlled rotational and pendular luxation movements.

Laser-Cut Micro-Serrations

The internal gripping contours of the beaks are embedded with laser-etched micro-serrations.

• Radicular Traction: These micro-grooves bite cleanly into dense dentin, providing microscopic traction that completely eliminates rotational slip or shifting under heavy load.

• Alveolar Preservation: Safe, slip-free traction translates directly to an efficient transfer of force, tearing periodontal ligament (PDL) fibers cleanly without traumatizing surrounding alveolar bone.

High-Performance Omani Metallurgy

Forged in the Sultanate of Oman from premium, clinical-grade high-density stainless steel.

• Anti-Glare Satin Finish: The surface features a fine matte/satin finish that diffuses harsh light reflections from dental operatory lamps, preventing visual distortions and eye strain during deep subgingival access.

• Structural Durability: The specialized alloy chemistry provides excellent resistance against localized pitting, discoloration, and structural stress-fractures over extended autoclave life cycles.

Technical Specifications

Clinical Application & Maintenance Protocols

Operational Best Practices

1. Sulcular Clearance: Reflect the marginal tissue and sever the epithelial attachment using a periotome or sharp luxator before seating the forceps.

2. Furcation Alignment: Orient the right-angle beaks so that the pointed tip projections align precisely with the buccal and lingual furcations of the lower molar.

3. Apical Progression: Drive the thin, micro-serrated tips subgingivally into the PDL space until a rigid mechanical lock is achieved on solid radicular structure below the decay or fracture line.

4. Controlled Luxation: Utilize the ergonomic leverage of the anatomical handles to apply slow, deliberate bucco-lingual oscillations. Allow the micro-serrations to maintain continuous traction, expanding the alveolar socket progressively until the molar can be lifted vertically from the alveolus.

Reprocessing & Hinge Care

CRITICAL MAINTENANCE NOTE: Because the right-angle joint of mandibular forceps undergoes significant torsional stress, keeping the hinge clear of mineral buildup is vital. Following ultrasonic cleaning in a neutral pH enzymatic solution, always apply a high-quality, water-soluble dental instrument lubricant (milking agent) directly to the hinge mechanism prior to autoclaving. Open and close the forceps several times to work the lubricant deeply into the joint. Autoclave the instrument in an open/unlocked position inside a sterilization pouch using a standard vacuum cycle up to 134°C (273°F). Ensure a comprehensive dry cycle is completed to prevent moisture-induced micro-corrosion.