BIOTWIN™ Interference Screw, Biocomposite

Biocomposite interference screw composed of PLGA and TCP for soft tissue graft fixation in cruciate ligament reconstruction and bone fracture repair. The screw features conical threading and biodegradable design to promote osseointegration while minimizing graft pull-out. Indicated for ACL/PCL reconstruction, traumatic joint fractures, and small bone defects.

A bioactive interference screw composed of PLGA and TCP designed for cruciate ligament reconstruction procedures in tibia and femur fixation. The device features patented double-sided structure with perpendicular suture directions at 90-degree angles ensuring complete suture containment and high endurance.

Biocomposite interference screw and pin system for orthopedic fixation in traumatic fractures, joint injuries, and ligament reconstruction. Manufactured from PLGA+TCP biocomposite material that gradually resorbs while promoting bone integration. Features conical threading and ergonomic design for secure soft tissue graft fixation in ACL/PCL reconstruction and small bone fracture repair.

Biocomposite interference screw manufactured from PLGA + TCP designed for small bone fractures and deformities. Provides screw and nail implementation options with conical thread structure and includes UHWMPE suture materials for optimal fixation.

Biocomposite suture anchor system for orthopedic fixation in soft tissue-to-bone reconstruction and fracture repair. Manufactured from PLGA + TCP biocomposite with UHWMPE sutures, the anchor biodegrades while promoting bone integration. Indicated for ACL/PCL ligament reconstruction, rotator cuff repair, and small bone fracture fixation with multiple diameter options.

Biocomposite pin with PLGA + TCP composition designed for traumatic joint fractures and small bone fractures. Available in varying dimensions with specialized inserter instruction manuals for each diameter.

A conical biocomposite pin for small bone fracture and deformity management. Offers both screwing and nailing application methods with specialized insertion tools and multiple dimension options.

A biocomposite suture anchor manufactured from TCP and PLGA materials designed for soft tissue fixation with minimal mechanical resistance during insertion. The device provides safe and straightforward application for small implant areas requiring reliable anchoring.

Biocomposite synthetic bone graft system combining PLGA and TCP for orthopedic trauma and joint reconstruction. Features multiple implant designs including interference screws and suture anchors for fracture fixation, cartilage repair, and ligament reconstruction procedures. Biodegradable composition promotes bone formation and tissue integration while minimizing implant pull-out.

Bioabsorbable surgical screws that dissolve over time, used for graft fixation in arthroscopic procedures. These screws provide temporary structural support while the tissue heals.

Comprehensive cartilage regeneration system utilizing biocomposite implant technology for treating degenerative and traumatic cartilage lesions. Integrates three-layered implant design with bioactive PLGA + TCP/PGA materials.

Specialized screws used for graft fixation in arthroscopic procedures such as ACL reconstruction. Provide compression and secure graft positioning within bone tunnels.