- In April 2023, Zimmer Biomet Holdings, Inc. announced the expansion of its hand and wrist implant portfolio with the launch of a next-generation silicone metacarpophalangeal (MCP) joint implant. This product, designed for enhanced flexibility and biocompatibility, aims to reduce complications such as implant wear and fracture, improving long-term outcomes for arthritis and trauma patients. The development underscores Zimmer Biomet’s focus on addressing unmet clinical needs through material innovation and ergonomic design
- In March 2023, Stryker Corporation introduced an advanced 3D-printed titanium metacarpal joint implant, engineered for optimal bone integration and personalized fit. This innovation leverages additive manufacturing and patient-specific modeling, allowing orthopedic surgeons to tailor implants for better alignment and joint mobility restoration. The launch reflects the company’s commitment to precision-based orthopedics and next-generation implant solutions
- In February 2023, Wright Medical Group N.V., a subsidiary of Stryker, launched clinical trials for a pyrocarbon MCP implant aimed at improving joint durability and reducing long-term inflammation. The study, conducted across key orthopedic centers in the U.S. and Europe, highlights the company's investment in advanced materials that replicate the mechanical properties of natural joints, addressing both pain and functional limitations in degenerative hand conditions
- In January 2023, Integra LifeSciences Holdings Corporation partnered with leading hand surgeons to develop an enhanced surgical kit for MCP joint implant procedures. The kit includes minimally invasive tools designed to reduce operative time and post-operative complications. This development represents Integra’s strategic focus on simplifying complex hand surgeries and supporting broader adoption of MCP implants through surgical innovation
- In January 2023, Additive Orthopaedics, LLC, known for its work in 3D-printed orthopedic solutions, announced its entry into the metacarpal joint implants space with customizable implant prototypes. These designs aim to meet the specific anatomical needs of patients with severe joint deformities, and the company is actively pursuing regulatory clearance. This move illustrates the growing trend of applying 3D printing technologies in small joint arthroplasty to improve patient outcomes
