Conodent Extracting Forceps Anatomical Handle Lower Molar Left Fig. 22 1/2L

Description

CONODENT Extracting Forceps Anatomical Handle Lower Molar Left Fig. 22 1/2L (CDT-A-151)

The CONODENT Extracting Forceps Anatomical Handle Lower Molar Left Fig. 22 1/2L (CDT-A-151) is a premium dental extraction instrument specifically engineered for the precise and efficient removal of mandibular molars within the lower left quadrant (Quadrant 3) of the oral cavity. This highly specialized tool features the classic Fig. 22 1/2L pattern, characterized by an intentionally engineered beak angle and asymmetric beak geometry that perfectly accommodates the distinct multi-rooted anatomy of lower left molars.

he instrument utilizes a distinctive right-angle head design. The pointed beaks are meticulously curved to glide below the cervical line and lock directly into the mesial and distal bifurcation zones of the lower left molar roots, preventing slippage under rotational extraction forces.

Forged entirely from high-grade surgical stainless steel, the CDT-A-151 features a premium Anatomical Handle design. Rather than utilizing traditional straight bars, this handle integrates smooth, undulating contours with cross-textured knurling that mimics the hand’s natural closure profile. This ergonomics optimize rotational leverage and torque transfer while mitigating localized stress points across the palm, providing exceptional user comfort during complex extractions. The instrument offers superior corrosion resistance and is fully compatible with standard automated clinical autoclave sterilization.

Key Features

• Mandibular Left Quadrant Specialization: Engineered strictly to align with the unique anatomical crown-and-root configurations of adult lower left molars.

• Fig. 22 1/2L Specialized Beaks: Asymmetric, pointed jaws drive deep into root bifurcations for maximum grip stability and reduced slippage risk.

• Ergonomic Anatomical Handle: Contoured handle geometry fits comfortably within the hand, maximizing rotational torque while reducing hand fatigue.

• Atraumatic Force Dispersion: Precise beak-to-root adaptation distributes forces uniformly, minimizing fracture risks to the tooth structure and alveolar wall.

• Surgical-Grade Alloy Composition: Forged from high-density surgical stainless steel to deliver superior torsional strength and long service life.

• Rigorous Infection Control: Fully reusable design engineered to endure continuous high-temperature autoclave cycles without stiffening or hinge degradation.

Technical Specifications