Suture Wire Description Suture Wire is a high-quality, stainless steel wire used primarily in surgical procedures for tissue repair and stabilization. Available in a variety of sizes, from 16 SWG…

K Wire (Kirschner Wire) One Side Threaded Accordion Hover Style + Description The K Wire (Kirschner Wire) One Side Threaded variant is designed for secure fixation in orthopedic surgeries. The…

K Wire (Kirschner Wire) Double Trocar Accordion Hover Style + Description The K Wire (Kirschner Wire) Double Trocar features a dual-pointed trocar tip, designed for enhanced anchorage and secure fixation…

K Wire (Kirschner Wire) Single Trocar Accordion Hover Style + Description The K Wire (Kirschner Wire) Single Trocar is designed for precision insertion in orthopedic surgeries. Featuring a sharp, single-pointed…

Schanz Pin Tapered Threaded Accordion Hover Style + Description The Schanz Pin series, including Self Drilling and Tapered Threaded variants, is designed for use in orthopedic skeletal traction and external…

Schanz Pin Self Drilling Accordion Hover Style + Description The Schanz Pin – Self Drilling & Tapered Threaded, including the Self Drilling variant, is an essential tool in orthopedic trauma…

Schanz Pin Self Tapping Accordion Hover Style + Description The Schanz Pin series, including Self Drilling, Tapered Threaded, and Self Tapping variants, is a premium solution for orthopedic surgeries involving…

Denham Pin Description Cannulated Plain Shank Surgical Drill Bits are high-precision medical tools used in orthopedic surgeries to drill through bones or hard tissue with accuracy. These drill bits feature…

Centrally Threaded Steinmann Pin Accordion Hover Style + Description The Denham Pin – Centrally Threaded Steinmann Pin is an advanced orthopedic pin designed for secure fixation and enhanced stability in…

Positive Profile Steinmann Pin Description Positive Profile Steinmann Pins are specialized orthopedic implants featuring a stepped shaft and threaded tip, designed to offer superior grip and reduced slippage during skeletal…