Article TC-05-705-25

Dressing Forceps
Article TC-05-705-25 T.C. Evans Pelvic Needle Forceps are precision-designed instruments created for healthcare professionals who require dependable control during specialized surgical procedures. Manufactured by Next Edge Surgical LLC, these forceps are made from premium surgical-grade stainless steel and feature tungsten carbide (TC) inserts that enhance durability, improve grip performance, and provide reliable functionality in demanding clinical environments.
The Evans Pelvic Needle design supports accurate handling and controlled manipulation, allowing surgeons to work confidently in procedures that require careful positioning and stability. The tungsten carbide inserts help maintain a secure hold while offering excellent resistance to wear, ensuring the instrument performs consistently through repeated professional use. Its balanced construction promotes smooth movement and comfortable handling, helping reduce fatigue during detailed surgical tasks.
Designed for professional performance, key benefits include:
Premium stainless steel construction for dependable strength
Tungsten carbide inserts for enhanced gripping ability
Precision design for controlled needle and material handling
Comfortable structure for improved maneuverability
Suitable for repeated sterilization and clinical use
Built to meet the expectations of modern surgical environments, this instrument is suitable for hospitals, surgical centers, and specialized medical facilities where accuracy is essential. Healthcare professionals looking to expand their precision instrument collection may also consider Dressing & Tissue Forceps for additional solutions in tissue and dressing management.
Combining advanced craftsmanship with dependable functionality, this dental implant instrument provides excellent control and long-term reliability. Article TC-05-705-25 T.C. Evans Pelvic Needle Forceps are designed for clinicians who value precision, durability, and consistent performance in professional healthcare applications.