The MAXFRAME AUTOSTRUT™ Multi-Axial Correction System is a first-of-its-kind hexapod ring-fixation system offering fully automated strut adjustments to promote faster and better-quality bone formation and help deliver improved clinical outcomes.^1,2,3*†◊

Intended to stabilize fractures of the distal femur and the femoral shaft.

Consists of cannulated tibial nails, cannulated end caps and locking screws. The nails are anatomically contoured and tapered.

Stainless steel plates for periprosthetic hip fractures. Offers screw to plate non-locking constructions, locking constructs, or both.

The FIBULINK™ Syndesmosis Repair System provides the fixation of a screw with the flexibility of a suture.^1-3 This design is intended to enable precise, anatomic syndesmotic fixation,^2-5 improve tension control,^2-4,6 and reduce medial soft tissue disruption.^3,4*

A clavicle plate system that consists of three plate types: lateral, shaft, and medial for small, medium, and large clavicles.

A radial head replacement system with color-coded Radiolucent Trials that offers 30 one-piece straight smooth-stemmed implant options.

The RIA 2 System is designed for reaming of the medullary canal for preparation of internal fixation, harvest of bone and bone marrow, and/or clearing of debris. Ports in the handle of the Tube Assembly allow for both irrigation and aspiration during the reaming process.

The TRUMATCH™ Graft Cage – Long Bone is designed to retain morselized bone graft and/or bone graft substitute in its desired location during healing¹, allow nutrient access and bone restoration, and allow for use with common rigid fixation devices.

Patella plates designed for utility across various fracture patterns of the large and small patellae and available in both stainless steel and titanium.

Designed to address a range of simple to complex fracture types, solving unmet needs for surgeons, OR staff, patients, and administrators.

An integrated nailing system designed to adapt to multiple surgical approaches.

Part of the VA LCP Periarticular Plating System which merges variable angle-locking screw technology with conventional plating techniques.

A computer-assisted circular ring fixation system.

Streamlined system of instruments, coupled with standard and anatomic implants to support small fragment procedures.

Part of a stainless steel and titanium plate and screw system that merges locking screw technology with conventional plating techniques.

The 2.7 mm/3.5 mm VA LCP™ Ankle Trauma System is a comprehensive plating system that merges variable angle locking screw technology with conventional plating techniques for fixation of the ankle when growth plates have fused.

Intended for fixation of fractures of the distal humerus, olecranon, and ulna in adults and adolescents in which growth plates have fused.

Merges variable angle-locking screw technology with conventional plating techniques.

The Low Profile Pelvic System provides reconstruction plate solutions to support fixation during pelvic osteosyntheses. These plates follow the contours of the pelvic bones and accept locking screws or cortex screws in the same round conical plate holes.

The Angular Stable Locking System provides angular and axial stability for screws used with an intramedullary nail in fracture fixation.

Addresses proximal femur and femoral shaft fractures in patients that are too large for elastic nails and too small for other nails.

Permits a proper hindfoot alignment due to a lateral bend of the nail provided through various locking options.

The EXPERT™ Cannulated Lateral Entry Femoral Recon Nail is designed to facilitate a lateral trochanteric entry site in the greater trochanter, providing ease of access while reducing the chance of varus deformity.

The EXPERT NAILING SYSTEM Titanium Cannulated Tibial Nail offers a variety of proximal and distal locking options for the repair of tibial fractures.

The Collinear Reduction Clamp accepts various attachment arms to accommodate long bone, articular, and pelvic fractures

Our LCP™ Curved Locking Compression Plates are part of the DePuy Synthes Trauma LCP™ Locking Compression Plate System. This stainless steel and titanium plate screw system merges locking screw technology with conventional plating techniques for use in various orthopaedic trauma applications.

The thin, flexible shaft and fluted reamer heads are designed to help with intramedullary pressure and flow of bone chips and marrow during reaming.

Fusion Saw Blades are designed for traumatology and joint reconstruction procedures and provide a less aggressive cut than our ACRION™ Saw Blades. For surgeons, this means precise¹, controlled¹ guidance into the bone with minimal effort.