products & solutions

The DePuy Family of Companies offers an extensive selection of products and solutions to help your patients regain their mobility.

non-surgical treatments

ORTHOVISC®, DePuy Mitek's non-surgical osteoarthritis treatment for the knee, is a hyaluronic acid viscosupplement that can provide up to six months of pain relief.

minimally invasive solutions

VAPR® 3 Radiofrequency System, a fine-tuned arthroscopic instrument for soft tissue ablation, coagulation and thermal modulation. Fluid management solutions include the FMS duo®+, an integrated system that helps keep your surgical field clear during arthroscopy.

For soft tissue repair, DePuy Mitek provides a selection of implants and arthroscopic instrumentation, including MILAGRO® BR Bioreplaceable Interference Screws, a solution for ACL/PCL repair. The product is made from BIOCRYL® RAPIDE™, an exclusive biocomposite material designed for fast resorption.

arthroplasty

Contemporary total knee arthroplasty demands high function with wear resistance. Through a program of continuous development, DePuy Orthopaedics offers products and techniques that support a surgeon’s approach to knee replacement surgery for today’s active, high demand patients.

For surgical early intervention, DePuy Orthopaedics offers the SIGMA® HP Partial Knee System, the only partial knee solution that can replace the medial, lateral and patellofemoral compartments while providing low wear and up to 155 degrees of flexion.

DePuy Orthopaedics’ portfolio of SIGMA® and LCS® Knee products enables surgeons to select from a wide range of high function and wear resistant total knee replacement implants to respond to the activity level and individual lifestyle of their patients.

trauma

The POLYAX® Locked Plating System from DePuy Orthopaedics features patented polyaxial-locking screw technology and is indicated for use in open or closed periarticular and periprosthetic fractures, malunions, and non-unions of the distal femur and proximal tibia with percutaneous instrumentation. The result is individualized fracture fixation based on each patient's fracture type, bone quality and anatomy.