Article TC-05-671-18

Forceps Cross Serrated
Article TC-05-671-18 T.C. Cushing Dressing Forceps are designed to provide healthcare professionals with dependable precision for dressing procedures and delicate material handling. Manufactured by Next Edge Surgical LLC, these forceps are constructed from premium surgical-grade stainless steel and feature tungsten carbide (TC) inserts that enhance gripping strength, improve durability, and support reliable performance during repeated clinical use.
The Cushing-style design offers excellent control when handling gauze, dressings, and other materials that require a secure yet controlled grip. Tungsten carbide inserts help maintain consistent holding ability while reducing surface wear, making this instrument a practical choice for demanding surgical environments. The carefully balanced construction provides comfortable handling, allowing clinicians to perform routine tasks with improved stability and reduced hand fatigue.
A smooth polished surface contributes to easier maintenance and supports repeated sterilization cycles, helping the instrument maintain its performance and appearance over time. Suitable for hospitals, surgical centers, and outpatient facilities, these dressing forceps are built to meet the expectations of professionals who value quality and reliability.
Many medical practices also include Dressing & Tissue Forceps within their instrument collections to ensure they have specialized tools available for different tissue and dressing applications.
Key Features
Premium surgical-grade stainless steel body
Tungsten carbide inserts for secure gripping
Cushing design for controlled dressing handling
Ergonomic profile for comfortable operation
Corrosion-resistant and fully autoclavable
Designed with precision and durability in mind, this dental implant instrument delivers dependable functionality for professional clinical environments. Article TC-05-671-18 T.C. Cushing Dressing Forceps provide excellent handling, long-term reliability, and the performance required for efficient surgical workflows.