Doyen Lag Screw

Doyen Lag Screw is a professional orthopedic implant developed for orthopedic surgeons, trauma specialists, and reconstructive surgeons who require secure fracture fixation and controlled interfragmentary compression during surgical procedures. The implant is specifically designed to generate compression across fracture lines by engaging the far bone fragment while allowing the near fragment to glide freely. This lag screw principle promotes stable fixation and supports optimal bone healing. Its precision-engineered thread design ensures dependable engagement with cortical or cancellous bone, depending on the selected screw configuration. The partially threaded shaft facilitates controlled compression and helps maintain accurate fracture reduction. The low-profile head design minimizes implant prominence while supporting efficient load transfer and reliable fixation performance. Manufactured from premium medical-grade titanium alloy or surgical-grade stainless steel, Doyen Lag Screw offers exceptional biocompatibility, corrosion resistance, and long-term structural integrity. The implant is available in multiple diameters and lengths to accommodate varying anatomical requirements and surgical techniques. Precision manufacturing ensures accurate thread geometry, consistent performance, and compatibility with corresponding orthopedic instrumentation. Its optimized design supports efficient insertion, stable fixation, and predictable clinical outcomes across a wide range of trauma and reconstructive applications. Common Clinical Applications Include: Long Bone Fracture Fixation Interfragmentary Compression Procedures Trauma Surgery Osteotomy Fixation Reconstructive Orthopedic Procedures Small Bone Fixation Articular Fracture Management Internal Fixation Procedures Orthopedic Surgical Procedures General Bone Stabilization Applications Supplied sterile for single-patient use, Doyen Lag Screw is intended to provide dependable fixation performance in demanding surgical environments. Widely utilized in hospitals, trauma centers, orthopedic clinics, surgical centers, and educational institutions, Doyen Lag Screw is considered an essential implant for compression fixation procedures. Specifications Feature Details Product Name Doyen Lag Screw Implant Type Orthopedic Compression Screw Function Interfragmentary Compression and Bone Stabilization Head Design Low-Profile Screw Head Thread Design Precision-Cut Partial Threads Shaft Design Smooth Shank for Lag Technique Application Orthopedic Trauma and Reconstructive Surgery Material Medical-Grade Titanium Alloy or Surgical-Grade Stainless Steel* Feature Controlled Compression Across Fracture Lines Available Sizes Multiple Diameters and Lengths Sterility Sterile, Single Use Corrosion Resistance High Surface Finish Precision Machined Finish Reusability Single Use Only Performance Reliable Compression and Enhanced Stability *Material composition may vary depending on the product model. Frequently Asked Questions What is a Doyen Lag Screw used for? It is used to provide interfragmentary compression and stabilize fractures during orthopedic and trauma procedures. How does a Doyen Lag Screw work? The partially threaded design engages the far bone fragment while allowing the near fragment to glide, creating compression across the fracture site. Who commonly uses a Doyen Lag Screw? It is commonly used by orthopedic surgeons, trauma specialists, and reconstructive surgeons. What procedures commonly require a Doyen Lag Screw? It is frequently used during fracture fixation, osteotomy procedures, articular fracture management, and other surgeries requiring compression fixation. What materials are used to manufacture the screw? The implant is manufactured from medical-grade titanium alloy or surgical-grade stainless steel for superior biocompatibility, corrosion resistance, and long-term reliability. Is the Doyen Lag Screw supplied sterile? Yes. The implant is supplied sterile and intended for single-patient use. Can the screw be reused? No. Doyen Lag Screws are designed for single use only and must not be reprocessed or reused. Are different sizes available? Yes. The screw is available in multiple diameters and lengths to accommodate different anatomical requirements and surgical applications.