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.

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

The Battery Power Line II is a powerful, efficient, and reliable bone drill/cutting system designed for hip and knee reconstruction surgeries. It’s strong enough to tackle large bone cutting but also able to accept a large portfolio of finer drilling and insertion attachments, giving it the flexibility to adapt to both major and minor orthopaedic procedures.

Related Models: Stryker System 7 and 8

The BI-MENTUM™ Dual Mobility System is a dual mobility system for revision hip surgery. Featuring four shell styles and a moderately cross-linked polyethylene liner that articulates within the inner surface of the shell to create natural movement and optimized range of motion. 

Related Models: Smith+Nephew Polar Cup™, Medacta Versafit Cup^® System / Versacem Cup^® System, and Corin MobiliT™ Cup

C-STEM™ AMT is a triple tapered, polished cemented stem indicated for both primary and revision hip arthroplasty cases. C-STEM™ AMT has a comprehensive size range and can be used with both metal and ceramic heads as either a hybrid or fully cemented Total Hip Replacement (THR).

EMPHASYS™ Acetabular Solutions is the next-generation system designed through purposeful component improvements and intuitive instrumentation to meet today’s surgical challenges.²

EMPHASYS™ Dual Mobility is designed with uncompromising stability in mind through purposeful component enhancements to meet today’s surgical challenges. ¹

For many hip replacement patients today, biomechanical restoration and anatomical fit are two significant challenges. EMPHASYS™ Femoral Solutions addresses those challenges by providing broad coverage of implant sizes for a variety of femur types.  

Related Models: Smith and Nephew – POLAR STEM, Zimmer Biomet - Avenir, Lima Corporate – H-Max (EMEA) 

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.

The GRIPPER™ and the EsySuit™ System may be used for both hip and knee replacement procedures, and both products are designed to offer cost effective innovation to enhance operating room efficiency.

The RECLAIM™ Modular Revision Hip System combines advances in strength, fixation, and instrumentation to optimize both the surgical and clinical experience during moderate to complex hip revision surgery.

Related Models: ZB – Arcos, Stryker Restoration Modular

Part of the RECLAIM™ system family allowing surgeons to manage the complex challenges presented in revision hip surgery.

SMARTSET™ Bone Cements are the latest of the DePuy Synthes range which were created to meet the needs of today's surgeons. The long clinical heritage of DePuy CMW™ Bone Cements underpins our product range, resulting in a portfolio that includes medium viscosity (MV) and high viscosity (HV) cements, available plain or with premixed gentamicin. 

The SUMMIT™ Tapered Hip System has over 15 years of clinical history and remains a reliable treatment option for patients today. The system is designed for initial stability and biologic fixation to the bone.

The TRI-LOCK™ Bone Preservation Stem is based on the 35-year clinical heritage of the original TRI-LOCK Stem. The tapered-wedge design ensures intimate implant contact proximally, providing rotational and axial stability and increasing chances of biological fixation.¹