Cranio Fixation System

2D Titanium Mesh have high strength, small arc, and relatively simple structure. The 3D titanium mesh is applicable to the reconstruction for different parts of skull with a big radian. Mesh of rectangle type with proper thickness is applicable to cover and fix for thrypsis of skull and also reconstruct of basal orbital part.

Anatomic Radius Volar Locking Plate is used for fractures of forearm.

Material: Titanium alloy Specifications: DMR Mini Healing Abutment, φ4.3×3.0mm DMR Mini Healing Abutment, φ4.3×4.0mm DMR Mini Healing Abutment, φ4.3×5.0mm DMR Mini Healing Abutment, φ4.3×7.0mm DMR Mini Healing Abutment, φ4.8×3.0mm DMR Mini Healing Abutment, φ4.8×4.0mm DMR Mini Healing Abutment, φ4.8×5.0mm DMR Mini Healing Abutment, φ4.8×7.0mm

Flexible Acetabular Plate (FAP) System with flexible, universal and anatomical design, excellent fits all kinds of pelvic fractures.

Preferred cold working titanium grade 4 Through a special cold work process, new cold working titanium grade 4 is formed with better biocompatibility, higher mechanical strength, and longer durability while being compatible with pure titanium. After 5 million tests, the tensile strength of the implant raw material is higher than 900MPa. Higher yield point and strength are obtained through specialized cold working treatment. Specifications: DMS Implant, φ3.5×7.0mm DMS Implant, φ3.5×8.0mm DMS Implant, φ3.5×10.0mm DMS Implant, φ3.5×12.0mm DMS Implant, φ3.5×14.0mm DMS Implant, φ4.0×7.0mm DMS Implant, φ4.0×8.0mm DMS Implant, φ4.0×10.0mm DMS Implant, φ4.0×12.0mm DMS Implant, φ4.0×14.0mm DMS Implant, φ4.6×7.0mm DMS Implant, φ4.6×8.0mm DMS Implant, φ4.6×10.0mm DMS Implant, φ4.6×12.0mm DMS Implant, φ4.6×14.0mm DMS Implant, φ5.0×7.0mm DMS Implant, φ5.0×8.0mm DMS Implant, φ5.0×10.0mm DMS Implant, φ5.0×12.0mm DMS Implant, φ5.0×14.0mm

Distal Ulnar Locking Plate is used for distal ulna metaphysis fractures.

Simplify operation steps: orientation-perforation-guide wire insertion-tapping-scrwe insertion

3.0/4.5mm Epiphyseal Plate with anatomically precontoured low profile design is indicated for pediatric distal femoral fracture and proximal tibial fracture.