Article TC-05-670-17

Forceps
Article TC-05-670-17 T.C. Cushing Tissue Forceps are designed for surgeons and medical professionals who need reliable control when handling delicate tissue during various surgical procedures. Manufactured by Next Edge Surgical LLC, these forceps are made from premium surgical-grade stainless steel and enhanced with tungsten carbide (TC) inserts to provide superior gripping strength, increased durability, and consistent performance in demanding clinical environments.
The Cushing tissue design allows for precise manipulation while maintaining a secure hold on tissue without compromising accuracy. The tungsten carbide inserts improve the instrument’s ability to maintain grip over repeated procedures, helping reduce wear and extending its functional lifespan. Its balanced structure offers comfortable handling, allowing clinicians to perform controlled movements with confidence during both routine and complex procedures.
Built for professional use, the instrument features a smooth finish that supports easy cleaning and repeated sterilization. The ergonomic design improves maneuverability, making it suitable for hospitals, surgical centers, and specialized medical facilities where precision and reliability are essential.
For a complete range of tissue-handling solutions, many healthcare professionals also include Dressing & Tissue Forceps in their surgical inventory to support different procedural requirements.
Main Features
Premium surgical-grade stainless steel construction
Tungsten carbide inserts for enhanced grip and durability
Cushing pattern for accurate tissue handling
Comfortable ergonomic design for improved control
Corrosion-resistant and suitable for repeated sterilization
Combining advanced craftsmanship with dependable functionality, this dental implant instrument delivers precision, durability, and consistent performance. Article TC-05-670-17 T.C. Cushing Tissue Forceps are a valuable choice for professionals seeking high-quality instruments that support efficient and controlled surgical workflows.