Titanium Maxillofacial Plate Small-sized Spherical Bract Plate 0.6mm 5/6 Holes

A compact titanium locking plate with 4 to 12 holes for fixation of small bone fragments and fractures. The plate features both compression holes for cortical screws and locking holes for XLOC 3.5 and 4.0 mm locking screws. High-grade titanium with anodized type II coating, K-wire holes for positioning support, and a limited contact profile to protect blood supply.

A versatile titanium locking plate indicated for fractures of small bone fragments, clavicula, humerus, pelvis, and calcaneal regions. The plate is available with 4 to 12 holes and features both compression holes for cortical and cancellous screws and locking holes for XLOC 3.5 and 4.0 mm locking screws. High-grade titanium with anodized type II coating and K-wire hole positioning support.

The titanium alloy metal glenoid baseplate has a 24 mm diameter, one of the smallest in the world, with plasma sprayed commercially pure titanium and Hydroxyapatite coating. The post option has a 17 mm post that tapers from 7.5 mm proximally to 6.5 mm distally with optional +6, +8, and +10 mm extension posts. The baseplate has 4 screw holes allowing polyaxial standard or locking screws at 10° to the superior hole and 5° to the other 3 holes, with stem options of 16-26 mm lengths.

A narrow titanium plate indicated for fractures of various long bone fragments of the humerus, femur, and tibia. Features high-grade titanium with type II anodization, 6 to 18 holes, K-wire positioning holes, and compression holes for dynamic axial compression with 4.5 mm cortical screws. Includes locking holes for XLOC 5.0 mm and XLOC 5.0 mm cancellous locking screws with a limited contact profile to protect blood supply.

A non-locking T-shaped plate with 4.5mm diameter holes for orthopaedic fixation. This plate design is suitable for various trauma and orthopaedic surgical applications.

A locking plate with 3.5mm diameter holes specifically designed for pediatric fracture fixation with reduced dimensions.

A titanium alloy metal glenoid baseplate with a 24 mm diameter featuring plasma sprayed commercially pure titanium and Hydroxyapatite coating. It has a 17mm post tapering from 7.5mm proximally to 6.5mm distally with options for additional +6mm, +8mm and +10mm extension posts. The baseplate includes 4 screw holes for polyaxial standard or locking screws. It is available with stem options of 16, 18, 20, 22, 24, 26 mm long and accommodates 6, 8, 10 mm post extensions or central screw options in lengths of 8, 10, 12, 14, 16, 18 mm.

A broad titanium plate indicated for fractures of various long bone fragments of the humerus, femur, and tibia. Made from high-grade titanium with type II anodization, it offers 6 to 18 holes with K-wire positioning support, compression holes for dynamic axial compression, and a limited contact profile to protect blood supply. Designed for optimal biocompatibility and reduced risk of cold welding.

A titanium plate for bone fixation of the proximal medial tibia, anatomically pre-shaped to fit the medial head of the proximal tibia. Designed for use with XLOC 3.5 or 4.0 screws, it features high-grade titanium with type II anodization and hardened titanium surface. Available as left and right anatomic shaped plates with 4 to 14 holes, K-wire positioning support, and proximal and distal locking holes for optimal fixation.

A non-locking buttress plate with T-shaped configuration and 4.5mm diameter holes. This plate provides support and fixation for bone fractures in orthopaedic surgery.

A versatile attachment plate with 3.5mm diameter holes for various fixation applications and surgical techniques.

A titanium bone fixation plate for the proximal lateral tibia with an anatomically pre-shaped proximal head adapted to the tibia bone anatomy. Features high-grade titanium material with type II anodization, sizes from 5 to 13 holes, K-wire positioning holes, and both proximal and distal locking holes for XLOC 5.0 mm locking screws. The design includes compression holes for dynamic axial compression and a limited contact profile to protect blood supply.