restor3d Announces First-Ever Surgery Using 3D-Printed Kinos Axiom Total Ankle System with TIDAL Technology
Jan 25, 2023 10:35
CST Updated
10:35
Restor3d
3D Printing Implant Supplier
△Restor3d uses 3D-printed total ankle implant Kinos Axiom forSurgery
The company has also launched a mobile companion app for the r3id personalized surgery platform. These developments are the first of many anticipated products from Restor3d in 2023, further solidifying the company's position in enhancing personalized surgical solutions and digital health.
r3id stated: "The latest version of the r3id application facilitates the design engineering team at Restor3d."SurgeryDoctor,ClinicalSeamless collaboration between staff and sales agents."
The company stated that the Kinos Axiom Total Ankle System is considered a "revolutionary" innovation in total ankle replacement. It utilizes TIDAL Technology™ (TIDAL), the interconnected porous structure of Restor3d, designed to optimize bone ingrowth and fixation for long-term implant stability.
△Kinos Axiom Total Ankle System for the Treatment of Ankle Arthritis
3D-Printed Implants and Companion Mobile Application System
According to Restor3d, combined with Kinos Axiom'sBiologyMechanics: This proprietary bone implant interface of 3D-printed tibial and talus implants maximizes cortical bone contact to enhance the function and longevity of the prosthesis.
△ Dr. Keith Jacobson, DPM (Former President of the American Board of Foot and Ankle Surgery)
Located in Denver, ColoradoOrthopedicsAdvanced Orthopedics and Sports CenterMedicineExpert podiatric surgeon Keith Jacobson (former president of the American Board of Foot and Ankle Surgery) implanted the first 3D-printed Kinos Axiom Total Ankle System using TIDAL last week. He said, "As an existing user, I am thrilled to be the first surgeon to use the new 3D-printed tibial implant for one of my patients. The system is crucial for implant survival, with a design that effectively optimizes bone ingrowth. These advancements demonstrate Restor3d's commitment to prioritizing patient outcomes."
In September 2022, Restor3d announced the first release of the r3id personalized surgical platform at the annual meeting of the American Orthopaedic Foot & Ankle Society (AOFAS) held in Quebec City, Canada.
△Restor3d platform is now available on iOS and Android.
The r3id platform enables surgeons to create and track cases, and collaborate with Restor3d's design engineering team to maximize surgical outcomes. The r3id platform is now available on iOS and Android, allowing users to collaborate, design, and approve anytime, anywhere.
"Launching the Kinos Axiom Total Ankle System with TIDAL Technology represents the culmination of years of scientific research and engineering development," said Dr. Cambre Kelly, Chief Technology Officer of Restor3d. "We are proud to offer a data-driven implant system with market-disrupting innovation to meet the clinical needs of patients undergoing ankle replacement surgery."
Kelly added, "Moreover, the launch of r3id for mobile represents a significant advancement in Restor3d's vision to provide enhanced surgical planning solutions."
△ Earlier, Restor3d used 3D-printed implants to replace the distal tibia.
About Restor3d
Restor3d, Inc., founded in 2017, came out of "stealth mode" after 2018. The company’s products and technology are based on Gall’s research in 3D metal printing during his time at Duke University. Since then, it has been using laser powder bed fusion with medical-grade polymers and metals to manufacture proprietary implants, such as osteotomy wedges and cervical cages. It continuously updates its implants by encouraging surgeons to propose 3D-printed personalized surgical solutions across various musculoskeletal applications.
In a speech in the first half of 2022, Gall pointed out that most orthopedic surgeries are currently performed through "brute force solutions," but in fact, each patient has different needs. Therefore, they hope that preoperative planning and 3D-printed dedicated instruments and implants will become part of all future orthopedic surgeries. Gall firmly believes in leveraging3D Printing TechnologyAble to perform surgical procedures, even helping patients avoid amputation.
(Editor in charge: admin)