INTRODUCTION

WEDO Biomedical provides orthopaedic medical devices leveraging high-end medical 3D-printing technology. It has around 20 products, including 11 various 3D-printed porous titanium alloy products, 4 3D-printed biodegradable products, and 5 3D-printed Polyether ether ketone (PEEK) products. Covering areas such as spine, sports medicine, trauma, and joints.

WEDO BIOMEDICAL

Clinical and R&D progress

❏Around 400 cases of clinical implantation of Class III medical devices (including standard products and custom-made). About 3,000 clinical cases of Class II medical devices such as surgical models and surgical guides .
❏A total of 150 hospitals in 17 provinces and municipalities across the country.
❏ 2 products "Porous Spinal Titanium Fusion Cage " and custom-made "3D-Printed Porous Titanium Alloy Artificial Vertebral Body" are  obtain China’s Class III Medical Device Registration Certificate by the end of 2023.
❏ 5 products have completed clinical trials, and are expected to apply for certificates in the next three years.

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Learn About the Foundation

General Manager
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Member of Digital Orthopaedic Society of SCIOT China, Visiting Scholar at Nanyang Technological University, Singapore Research on medical 3D printing technology, research and development of new porous titanium alloy medical implants, etc.
Published 5 SCI academic papers
Won 3 national invention patents
Declared 5 national invention patents
2 utility model patents. 

Chief Scientist
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The first prize winner of the 2020 National Science and Technology Progress Award
2017 Chief Scientist of National Key R&D Program In 2014, the world's first 3D printed titanium alloy personalized prosthesis clinical application leader
Selected into the first batch of experts in the drafting of regulations for additive manufacturing of medical devices
Member of CFDA 3D Printing Medical Device Professional Committee.

R&D Director
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Member of the Working Committee of the Medical Engineering Branch of the Chinese Medical Association
National Committee of Digital Orthopaedic Society of SCIOT China
In-depth research on cutting-edge technologies such as conventional joint prosthesis design, personalized customized tumor prosthesis design, computer-aided navigation, and medical 3D printing involved in digital orthopedics.