Conodent English Pattern Upper Molar Left #90 Forceps (CDT-A-103)

Anatomically Contoured Maxillary Left Molar Extraction Instrument

Managing the complex, multi-rooted anatomy of maxillary molars requires an extraction instrument engineered around the tooth’s natural geometry. The Conodent CDT-A-103 (Pattern #90) is a premium English Pattern forceps designed specifically for the unique structural challenges presented by upper left first and second molars.

Because maxillary molars feature a distinct three-root configuration—consisting of two buccal roots and a single palatal root—a universal or poorly fitted beak profile will frequently slip, shearing the roots or crushing the clinical crown. The CDT-A-103 resolves this issue with an asymmetric beak design tailored specifically for the upper left quadrant. The buccal beak features a pointed projection engineered to seat perfectly into the buccal root bifurcation, while the smoothly curved palatal beak adapts securely to the large palatal root. This specialized fit ensures an unyielding mechanical lock, distributing luxation forces evenly along the long axis of the tooth to prevent accidental fractures.

Clinical Advantages & Design Features

• Asymmetric Bifurcation Fit: The pointed tip on the buccal beak hooks directly into the root cleavage of the upper left molars, providing maximum stability and eliminating rotational slippage.

• English Pattern Leverage: The robust hinge alignment and handle configuration deliver exceptional mechanical advantage. This allows clinicians to exert smooth, controlled apical pressure and lateral luxation with minimal physical effort.

• Micro-Retentive Beak Interiors: Finely serrated internal channels increase mechanical friction against smooth enamel or cementum, keeping the instrument securely anchored even on structurally compromised teeth.

• Anti-Reflective Satin Finish: The high-grade stainless steel is treated with a hand-polished matte satin finish, neutralizing harsh reflections from bright operatory lights and reducing eye strain.

• Alveolar Wall Protection: By adapting closely to the root anatomy, this instrument allows for a clean, controlled draw that preserves the delicate buccal bone plate—a critical factor for future implant placement.

Technical Specifications

Every Conodent extraction instrument is manufactured in Oman under strict quality control standards, ensuring structural integrity under high torque and resistance to cyclical thermal stress.

• Brand & Model: Conodent // CDT-A-103

• Instrument Classification: English Pattern Extracting Forceps

• Anatomical Application: Maxillary Left Molars (Pattern #90)

• Material: High-Tensile, Medical-Grade Stainless Steel (100% Latex-Free)

• Surface Coating: Glare-Reducing Matte Satin

• Reprocessing: Fully Autoclavable (Steam sterilization up to 134°C / 273°F)

• Country of Origin: Oman

Core Clinical Indicators

The CDT-A-103 is a foundational surgical instrument for general practices, oral surgery clinics, and dental hospitals, specifically utilized for:

• Routine and surgical extractions of maxillary left first molars and second molars.

• Controlled removal of sectioned molar crowns where the buccal root bifurcation remains intact.

• Atraumatic luxation in immediate-placement implant protocols requiring maximum bone preservation.

Long-Term Reprocessing & Instrument Care

To maintain fluid movement within the hinge assembly and preserve the steel’s passive corrosion-resistant layer over years of clinical service:

1. Post-Op Debridement: Rinse the instrument thoroughly under cool, running water immediately after use to clear away blood, bone fragments, and bioburden before it dries.

2. Cleaning Cycle: Process via ultrasonic bath or manual scrubbing using a neutral-pH enzymatic instrument detergent. Avoid abrasive wire brushes or highly acidic solutions.

3. Rinse & Dry: Conduct a final rinse with distilled or demineralized water to prevent unsightly mineral spotting, then dry the forceps completely before packaging.

4. Steam Autoclave: Place inside a sterilization pouch and process in a standard steam autoclave cycle at 121°C–134°C. Ensure the dry cycle is allowed to finish completely before storing in a clean, dry environment.