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

The 3.5mm LCP Olecranon Plates are part of the Locking Compression Plate System that merges locking screw technology with conventional plating techniques.

The 3D Anatomic Spine Models are 1:1-scale, patient-specific models available to US surgeons and are intended to aid in the visualization of the patient’s bony anatomy.

The ACIS™ System of intervertebral spacers consists of implants and instruments designed to be inserted within the intervertebral disc space to provide structural stability in skeletally mature individuals. These implants are available in both PEEK and PROTI 360°™ Titanium Integrated Technology and are available in various heights, endplate geometries, and footprint sizes to fit a wide variety of patient anatomies.

ACRION™ Saw Blades are designed for joint reconstruction surgery and have large teeth engineered to provide a fast and stable cut³. Longitudinal grooves and holes aid in the ejection of debris, and the portfolio of sizes cover the characteristic dimensions of total knee replacement blocks.   

Related Models: Zimmer^®, Stryker^®, and ConMed Linvatec^® Hall^® saw couplings 

The ACTIS™ Hip Stem’s patented¹ design offers proven implant stability², with over 400,000 in clinical use³. The ACTIS Hip Stem is powered by enabling technologies KINCISE™ Surgical Automated System and VELYS™ Hip Navigation.

The Advanced Nailing System provides stability solutions to empower you and your patients to do more. With a growing fragility fracture population^1-3, the Advanced Implants are specifically designed to address the challenges of reduction and fixation as well as the importance of early mobilization in compromised bone.^4,5  

The Advanced Reaming System is part of the Advanced Nailing System and features a monobloc design with front and side cutting features and deep cutting flutes for the insertion of implants. A streamlined distal end allows for cutting edge performance and efficiency.^1,2*

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

The ANSPACH™ EG1™ High Speed Electric System offers variable speed, bidirectional operation and minimal sound levels for bone cutting procedures. It is designed to provide high cutting precision for neuro, spine, and otology/neurotology applications.  

Related Models: MIDAS REX MR8 High-Speed Drill System (Medtronic) 

The EMAX™ 2 Plus System is the ultimate high-powered, lightweight^1,2, small bone cutting system. Designed for surgeon comfort, this lightweight^1,2 device gives surgeons the flexibility^1,3,7, power, and low noise they need for long, complex neurosurgery and spinal procedures.

Related Models: MIDAS REX MR7 High-Speed Drill System (Medtronic)

The ANSPACH™ XMAX™ Surgical Drill brings powerful high-speed pneumatic performance to the ANSPACH™ Surgical Drill line for small bone. The XMAX™ Drill provides the power and precision surgeons need for neurosurgery, neurotology, and spinal procedures.

Related Models: Midas Rex MR7

The ANTEGRA System is a comprehensive set of instruments and implants designed for the anterior stabilization of the lumbosacral spine.

AOX™ Polyethylene features a patented antioxidant, COVERNOX™ Antioxidant, which combines with post irradiation free radicals to stabilize them. Once implanted, the COVERNOX™ Antioxidant which has bonded with free radicals, designed to prevent oxidation to potentially maintain mechanical integrity and oxidative stability.

A 6.5mm Midfoot Fusion Bolt for osteotomies and other large bone fusions in the foot and ankle.

ARTICUL/EZE™ Ceramic Heads offer Permallon® Avant ceramic in an expanded size range over the current DePuy Synthes ceramic head offering.

The ATTUNE S+™ Technology is yet another way that DePuy Synthes 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. The ATTUNE S+ Technology is designed to enhance tibial fixation with its innovative combination of macrolock features and a microblast surface finish on the tibial base.

Designed for better patient outcomes, the ATTUNE™ Cementless Fixed Bearing Knee with AFFIXIUM™ 3D Printed Technology provides better kinematics^1-3, enhanced initial stability⁴, and advanced biologic fixation⁵ for total knee arthroplasty.

The ATTUNE™ Cementless Knee System includes the patented technologies of the ATTUNE Knee System.  We have maintained the ATTUNE GRADIUS™ Curve to provide stability through the range of motion^1,2,3 and GLIDERIGHT™ Articulation for improved patella-femoral kinematics.⁴ The SOFCAM™ Contact provides smooth engagement while minimizing stresses to the tibial spine^5,6 for the PS variants.  The INTUITION™ Instruments combined with the surgical process are designed to provide an intuitive and efficient surgical technique that allows surgeons to balance the soft tissues and precisely control the implant position and fit for each patient. Our ATTUNE Cementless System has learned from the heritage of the LCS^TMCementless Knee System utilizing the same POROCOAT^TM Porous Coating and coated lug philosophy, which has demonstrated 97.4% survivorship at 18.1 years.⁷

The ATTUNE™ Medial Stabilized Knee System is designed to restore a patient’s natural knee kinematics for improved feel and function.¹ Patients can benefit from the system’s medial stability¹, function², and versatility³ to help meet the evolving need for improved patient satisfaction.