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.

MD distal tibial T-locking plate is used for fixation of posterior malleolus.

Material: Titanium alloy Specifications: DMR ST Abutment, φ3.3×1.0mm DMR ST Abutment, φ3.3×2.0mm DMR ST Abutment, φ3.3×3.0mm DMR ST Abutment, φ3.3×4.0mm DMR ST Abutment, φ3.3×5.0mm DMR ST Abutment, φ4.6×1.0mm DMR ST Abutment, φ4.6×2.0mm DMR ST Abutment, φ4.6×3.0mm DMR ST Abutment, φ4.6×4.0mm DMR ST Abutment, φ4.6×5.0mm DMR ST Abutment Ⅵ, φ5.0×1.0mm DMR ST Abutment Ⅵ, φ5.0×2.0mm DMR ST Abutment Ⅵ, φ5.0×3.0mm DMR ST Abutment Ⅵ, φ5.0×4.0mm DMR ST Abutment Ⅵ, φ5.0×5.0mm DMR ST Abutment Ⅶ, φ5.0×1.0mm DMR ST Abutment Ⅶ, φ5.0×2.0mm DMR ST Abutment Ⅶ, φ5.0×3.0mm DMR ST Abutment Ⅶ, φ5.0×4.0mm DMR ST Abutment Ⅶ, φ5.0×5.0mm

Suprapatellar Tibial Nail facilitate the supra transpatella tendon approach. It could help solve the proximal, distal and shaft tibial fractures.

The Personalized PEEK & Titanium Patient Specific Implant For Cranial Repair and Construction  is safe, has no foreign body sensation and is not thermally conductive.

VAL Proximal Medial Tibial Locking Plate is used for metaphyseal fractures of the medial tibial plateau, the split-type fractures of the medial tibial plateau, the fractures of the proximal quarter (lateral and medial) of the tibia and the segmental fractures of the proximal tibia.

3.5mm Pediatric Femoral Sliding Locking Plate with anatomically precontoured low profile design is indicated for pediatric distal femoral fracture.

Minimally invasive insertion is recommended for Distal Femoral Locking Plate Ⅱ, minimally invasive insertion handle and radiolucent aiming device enable control view under image intensifier.