Designed to prevent oxidation to potentially maintain mechanical integrity and oxidative stability.

The ATTUNE S+™ Technology is yet another way that Johnson & Johnson MedTech is driving evidence-based innovation intended to make continuous enhancements with the goal of positively affecting patient outcomes and satisfaction. The tibial base with the patented ATTUNE S+ Technology (U.S. Patent No. 10,307,260) includes added features designed to provide greater residual pull off strength under a range of simulated intra-operative conditions and the presence of lipid infiltration and motion. ATTUNE S+™ Technology is designed to work with Macrolock to provide a greater level of residual fixation under simulated intra-operative conditions and lipid infiltration compared to VANGUARD Knee System.1* * Pre-clinical test data/results may not necessarily be indicative of human clinical performance (or outcomes)

Used together, the ATTUNE™ Knee and Patient-Specific Alignment Techniques are designed to preserve the soft tissue envelope and reduce the requirement for soft tissue releases, helping to restore stable knee motion and improve patient satisfaction after total knee arthroplasty (TKA).

The ATTUNE™ Revision Knee System provides a modern revision knee system scientifically designed for STABILITY IN MOTION™ that more closely matches the kinematics of the natural knee to allow for functional knee restoration and improve patient satisfaction.^1,2 The system is designed to simplify the complex, with joint line restoration and flexion gap solutions, streamlined patient-specific workflows, intentional system continuity, and the power of KINCISE™ technology.

The CONCORDE^® Clear MIS Discectomy Device is single-use, sterile packed instrument that enables disc clearing and endplate preparation through a minimally invasive approach, using a suction-curette mechanism.

One system for mandibular and cranial use in pediatric and adult patients^1,2.Flexible solutions to meet the needs of each patient. One system. Four Indications. 1000+ configurations.^1-3

The EXPEDIUM Anterior Spine System is a thoracolumbar trauma system that offers single-screw tightening locking technology and drop-and-lock cross connectors.

The LCP^® Clavicle Hook Plate provides a single solution for fixation of both lateral clavicle fractures and acromioclavicular joint injuries. 

The anatomical LCP^® Superior and Superior/Anterior Clavicle Plate offers a solution for treating fractures of the lateral clavicle and the clavicle shaft.

MatrixNEURO™ Preformed Meshes are a solution for the treatment of cranial defects featuring scientifically derived contours intended to reduce bending and procedure time.^1-3

The MatrixNEURO™ System features regular (0.5 mm profile) and Ultra Low Profile (0.4 mm profile) implants. In addition, a variety of mesh options are available including various shapes and sizes, as well as contourable, reconstruction, and pre-formed.^1-3

Designed for a wide range of bone deficiencies with the utilization of modular wedges, stem extensions, and metaphyseal sleeves.

The SIGMA™ HP Partial Knee System is a high flex fixed bearing (FB) unicompartmental knee implant system, designed to provide solutions to treat degenerative joint disease in one compartment of the knee joint.^1,2

VELYS™ Robotic-Assisted Solution for Unicompartmental Knee Arthroplasty is designed to support SIGMA™ HP Partial Knee component placement using INTUITION™ Instruments for SIGMA™ HP Partial Knee System with accurate, consistent plan execution.^3-5*

^{*As compared to manual/conventional surgery. Pre-clinical test data/results may not necessarily be indicative of human clinical performance (or outcomes).}

The SKYLINE™ Anterior Cervical Plate System provides a versatile system of implants and instruments to accommodate the needs and individual preferences of surgeons.  The SKYLINE Anterior Cervical Plate System is designed for use in a variable, constrained, or hybrid screw configuration.

The SPOTLIGHT^® Access System was developed to provide surgeons with a package for minimally invasive access to the spine. The system consists of ports with integrated lighting for intraoperative visualization, a rigid arm that allows adjustments to be made within the sterile field, and a microdiscectomy instrument set.

Multi-vector Distractor is a titanium, extra-oral, mandibular distraction device designed to manipulate mandibular bone growth in 3 dimensions: linear, angular and transverse.

It can be used to perform:

• Multi-vector distraction
• Single-vector distraction
• Bone (disc) transport distraction

A modular handpiece and a dedicated saw combined in one platform for traumatology and arthroplasty.