McIndoe Dissecting Forceps 6 Inch Plane Tc

TRYKO+ McIndoe Dissecting Forceps 6" T.C. – Plane & Toothed

Sizes & SKUs:

• 6" Plane (Plain) – AI0977

• 6" Toothed (1x2 Teeth) – AI0978

The TRYKO+ McIndoe Dissecting Forceps are specialized surgical instruments designed for delicate tissue manipulation and dissection in hard-to-access areas. Available with both smooth (plane) and toothed jaws enhanced with tungsten carbide (T.C.) inserts, these forceps provide surgeons with options to optimize grip and precision based on tissue type and surgical requirement.

• Tungsten Carbide (T.C.) Inserts:
  Enhance blade hardness and cutting edge longevity for sharper, durable performance.

• Jaw Variants:

  • Plane (Plain/Smooth) jaws for gentle handling of delicate tissues with minimal trauma.

  • Toothed (1x2 teeth) jaws for secure hold on slippery or fibrous tissues, minimizing slippage.

• Length: 6 inches (15 cm) ideal for microsurgical and intricate dissection work.

• Design: Narrow, precision tips allow access to deep, confined surgical fields.

• Handle: Spring-action design for controlled, fatigue-free operation.

• Material: Surgical-grade stainless steel body with tungsten carbide inserts for corrosion resistance and durability.

• Finish: Satin or polished to reduce glare and increase ease of cleaning.

• Reusable & Autoclavable: Suitable for repeated sterilization in hospital settings.

• Certification: ISO & CE certified, meeting international medical device standards.

• Fine tissue dissection and manipulation in plastic, general, ENT, maxillofacial, and neurosurgical operations

• Access to narrow, deep areas requiring delicate handling and precision grip

• Suitable for microsurgical and reconstructive surgery

• Provides precise, secure grip on tissues with minimal trauma

• Durable tungsten carbide inserts ensure long-lasting sharpness and efficiency

• Ergonomic design reduces surgeon fatigue and increases control

• Certified for safe clinical use

TRYKO+ McIndoe Dissecting Forceps T.C. – Precision and Reliability for Delicate Surgical Dissection