Stay updated with the most recent editions of ODT Magazine, featuring comprehensive coverage of the latest innovations and developments.
Access the full digital version of ODT Magazine, complete with interactive features and enhanced content for a seamless reading experience.
Join the ODT community! Subscribe to receive the latest industry news and insights delivered directly to your mailbox.
Discover how 3D printing and additive manufacturing are revolutionizing orthopedic device design and production processes.
Learn about contract manufacturing solutions in the orthopedic sector, emphasizing quality, compliance, and operational excellence.
Stay informed on the latest research and development trends in orthopedic device design, driving innovation and patient care improvements.
Explore the latest advancements in surgical instruments and technologies that enhance precision and outcomes in orthopedic procedures.
Discover cutting-edge machining and laser processing techniques that improve the quality and performance of orthopedic devices.
Learn about the innovative materials shaping orthopedic devices, focusing on performance, biocompatibility, and regulatory compliance.
Stay updated on advanced molding techniques for producing high-quality orthopedic components that meet industry standards.
Explore best practices for packaging and sterilization methods that ensure the safety and efficacy of orthopedic devices.
Discover the role of software solutions in enhancing orthopedic device design, functionality, patient management, and regulatory compliance.
Learn about essential testing methods and standards that ensure the safety, reliability, and effectiveness of orthopedic devices.
Stay ahead with real-time updates on significant news impacting the orthopedic device sector.
Access unique content and insights not available in the print edition of ODT Magazine, offering deeper dives into important topics.
Explore feature articles that provide in-depth analysis on specific topics within orthopedic design and technology.
Gain insights from industry experts through regular columns addressing critical challenges and innovations in orthopedics.
Read the editorial insights on current trends and highlights from the latest issue of ODT Magazine.
Discover leading companies in orthopedic design and technology, showcasing their innovations and contributions to the field.
Explore detailed profiles of companies in the orthopedic device manufacturing sector, highlighting their capabilities and offerings.
Learn about the expertise and resources of leading companies in the orthopedic device manufacturing sector.
Watch informative videos featuring industry leaders discussing trends, technologies, and innovations in orthopedic design.
Enjoy short, engaging videos that provide quick insights and updates on key topics within orthopedics.
Tune in to discussions with industry experts sharing their insights on trends, challenges, and innovations in orthopedic technology.
Participate in informative webinars led by industry experts covering various relevant topics in orthopedic design and manufacturing.
Stay informed on the latest press releases and announcements from leading companies in the orthopedic device manufacturing sector.
Access comprehensive eBooks that delve into various topics in orthopedic device manufacturing and innovation.
Highlighting the pioneers and innovators driving advancements in orthopedic technology and patient care.
Explore sponsored articles and insights from leading companies in the orthopedic industry.
Read in-depth whitepapers that examine key issues, trends, and research findings in orthopedic design and technology.
Discover major industry events, trade shows, and conferences focused on orthopedic technology and innovations.
Get real-time updates and insights from major industry shows and exhibitions happening around the world.
Participate in the ODT Forum, addressing orthopedic design and manufacturing technology trends, innovations, and industry challenges.
Attend the MPO Summit for insights and strategies from industry leaders shaping the future of medical device technology.
Join discussions and networking opportunities at the MPO Medtech Forum, focusing on the latest trends and challenges in the industry.
Explore advertising opportunities with ODT to connect with a targeted audience of orthopedic professionals.
Review our editorial guidelines for submissions and contributions to ODT.
Read about our commitment to protecting your privacy and personal information.
Familiarize yourself with the terms and conditions governing the use of odtmag.com.
What are you searching for?
The Vega System features increased wear resistance.
Aesculap Implant Systems LLC, the Center Valley, Pa.-based orthopedic unit of German medical device company B. Braun, has released its new Vega System posterior stabilized knee replacement technology. The Vega Syetem design is based on a post-controlled ankle movement (CAM) mechanism that is designed to recreate a natural pivotal motion while greatly reducing surface stress. The original mechanism currently is awaiting patent. The Vega system is designed to mimic natural knee movement by providing a physiological pivot around the medial condyle, one of the two projections on the lower extremity of the femur bone. With the post-CAM design, Vega is hoped to facilitate a large range of motion in the knee joint with ideal surface contact between the femoral component and gliding surfaces of the device. “The breakthrough design concepts found in the Vega System knee replacement allows the patient to regain their natural motion,” said William Mihalko, M.D., Ph.D., professor and J.R. Hyde chair and director of biomedical engineering at the University of Tennessee Campbell Clinic Department of Orthopaedics and Biomedical Engineering, “while the intuitive and quick instrumentation leads you through a logical step-wise progression during surgery, reducing steps in the operating room for optimum outcomes.” Mihalko led the knee implant design team along with K.J. Saleh, M.D., professor and chair of the Division of Orthopaedic Surgery at Southern Illinois University School of Medicine. The design team targeted wear, it being the number one cause of knee implant failures. The Vega System is coated with seven layers of alternative surface (AS) coating, reducing implant wear by an alleged 60 percent. The ceramic coating of the AS implants is applied by a vacuum deposition process, and the elements of the coating are vaporized in the coating process. The hard zirconium nitride ceramic surface can lead to improved scratch resistance and good wettability for better articulation between bearing surfaces, claims Aesculap. Aesculap Implant Systems provides products and technology for the spine and orthopedic markets. B. Braun is a manufacturer of infusion therapy and pain management products.
Enter your account email.
A verification code was sent to your email, Enter the 6-digit code sent to your mail.
Didn't get the code? Check your spam folder or resend code
Set a new password for signing in and accessing your data.
Your Password has been Updated !