In modern orthopedic surgery, precision and control are critical at every stage of the procedure. From initial positioning to final fixation, surgeons rely on specialized instruments to ensure accuracy, stability, and patient safety. Among these essential tools, the Bone Needle plays a fundamenta...
In modern orthopedic trauma surgery, internal fixation relies heavily on the appropriate selection of screws to achieve stable bone healing. Among the most widely used fixation elements, the cortex screw plays a fundamental role in stabilizing fractures involving cortical bone. Despite the contin...
Periprosthetic fractures remain one of the most difficult complications in modern orthopedics. As the number of joint replacement surgeries increases worldwide, surgeons are facing a growing population of elderly patients with implants, osteoporotic bone, and higher functional demands. When a fra...
In modern fracture management, locking plate orthopedic systems have become a cornerstone of internal fixation. Compared with traditional compression plating, locking technology offers superior stability, predictable fixation in complex fracture patterns, and improved outcomes in osteoporotic bon...
Titanium mesh has become one of the most reliable and widely used materials in modern cranioplasty due to its high strength-to-weight ratio, excellent biocompatibility, and long-term stability. For surgeons and medical device distributors, selecting the appropriate titanium mesh is essential to a...
Skull reconstruction (cranioplasty) is a critical procedure in neurosurgery and craniofacial surgery, aiming to restore cranial integrity, protect intracranial structures, and improve cosmetic appearance. Among the various implant materials available today, titanium mesh...
Cannulated compression screws have become one of the most versatile and essential fixation devices in modern orthopedic surgery. Designed with a hollow central canal that allows insertion over a guidewire, these screws enable precise placement, stable fixation, and minimally invasive surgical tec...
Titanium cable systems have become an essential component in modern orthopedic and trauma surgery, providing surgeons with a reliable method for achieving stable fixation in anatomically complex regions. As surgical techniques continue to evolve, the titanium cable instrument set plays a crucial ...
In modern operating rooms, precision and reliability are essential. Surgical wire tools—such as wire cutters, wire passers, tensioners, and tighteners—play a critical role in orthopedic fixation, maxillofacial reconstruction, trauma management, and various procedures inv...
Orthopedic locking plate implants have become one of the most reliable fixation solutions in modern trauma care and reconstructive surgery. Designed with threaded screw holes that securely “lock” the screws into the plate, these systems create a stable, fixed-angle construct that performs well ev...
In the field of maxillofacial trauma and reconstruction, the complexity of bone anatomy and loading conditions places exceptionally high demands on internal fixation devices. Among these, the mini bone plate—such as the Locking Maxillofacial Mini Straight Plate—has become an essential solution fo...
In the field of orthopedic implants, surgical plates and screws play a vital role in trauma fixation and bone reconstruction. For hospitals, distributors, and medical device brands, choosing the right supplier is not only about product quality — it’s also about manufacturing reliability, customiz...