Technology/ Title:3D Printed Medical Implants
Technology Type:
Device/Diagnostics
Contact Person
Name:
Dr. Pei-Yi Tsai
Title:
Manager
Telephone(work):
+886-3-5918799
Mobile:
-
Email:
Technology Description
Application of 3D model reconstruction, customized design and additive layer manufacturing technologies to design and manufacture the bio-active medical devices, such as bone screw, interbody cage, and sacral plate. The bio-active cannulated implants are high porosity and controllable, that could also combine with bio-ceramic or osteogenic materials to increase osteoinductive activity and osseointegration in bone regeneration. The 3D printing-related products were validated through the computer modeling and material testing system, which could lead to personalized medical implants in orthopedics, dentistry, and aesthetic medicine in the future.
Features:
- Size & Shape: design for customer needs
- Property: high density (>99%) and porosity (≥40%);surface roughness>25μm
- Mechanics: fatigue test>5,000,000 cycles;high strength (20~200Mpa; controllable)
- Others: the bio-active implants could also combine with bio-ceramic or osteogenic materials.
Intellectual Property
Patents:
Europe
China
USA
Taiwan
Key Publications:
Business Opportunity
Technology Advantages:
- Using 3D printing (additive layer manufacturing) technology to design and manufacture the bio-active implants (screw & cage) with vesicular structure.
- The sacral plate is designed by the human sacrum anatomic data which is good in fixation effect, reduces postoperative pain and other complications of patients.
- The customized solution for personalized medical devices was established by application of 3D model reconstruction, customized design and additive layer manufacturing technology.
Applications:
- 3D printing technology for bio-active screw could lead to novel medical implants in orthopedics (especially for customizable products, old or osteoporotic patients), dentistry, and aesthetic medicine.
- The interbody fusion cage is a prosthesis used in spinal fusion procedures to maintain foraminal height and decompression.
- The customized sacral plate is indicated for pedicle based dynamic stabilization system and sacral fracture as the novel spinopelvic (L5-S1) fixation device.