Dissecting Tissue Forceps Toothed

Dissecting Tissue Forceps Toothed | 1x2 Teeth, Premium Surgical Steel

The Dissecting Tissue Forceps Toothed are precision-crafted surgical instruments designed for delicate yet secure tissue handling. Ideal for general surgery, plastic surgery, and microsurgical applications, these forceps ensure firm grip, fine control, and enhanced visibility in clinical environments. This set includes two high-grade forceps, built for repeat use and sterilization.

Key Features

1x2 Toothed Tip
Designed for optimal grip, the 1x2 interlocking teeth configuration provides secure tissue handling without slippage.

Ergonomic Spring Handle
Spring tension ensures comfortable, fatigue-free operation, enabling precise control over long procedures.

Wide Serrated Thumb Grasp
Flat handle with serrations delivers a non-slip grip for dependable performance during delicate manipulation.

Narrow Tips & Short Jaws
Slim-profile tips with short jaws allow precise, superficial tissue work in fine surgical settings.

Premium Surgical Steel Construction
Crafted from medical-grade stainless steel, these forceps are rust-free, corrosion-resistant, and engineered for longevity.

Matte Satin Finish
Non-glare satin surface reduces light reflection, improving visibility in bright surgical environments.

Autoclavable & Reusable
Fully sterilizable at 135°C and designed to withstand repeated autoclave cycles without degradation.

Technical Specifications

Specification	Details
Product Name	Dissecting Tissue Forceps Toothed (1x2)
Tooth Configuration	1x2 Toothed Tip
Material	High-Grade Stainless Steel
Finish	Matte Satin (Anti-glare)
Sterilization	Autoclavable at 135°C
Handle Type	Spring Handle with Serrated Thumb Grasp
Application	General Surgery, Plastic Surgery, Microsurgery
Reusable	Yes

Benefits

Provides a secure and precise grip on delicate tissues

Reduces surgeon fatigue during extended procedures

Enhances visual clarity with non-reflective finish

Built for long-term durability in clinical environments

Meets sterilization standards for safe reuse