The aim of the EU funded project RESTORE is to treat osteoarthritis (OA) by generating functional cartilage through 3D bioprinting technology. A Swedish research team within RESTORE has now achieved a major scientific milestone in the treatment of OA; they have been able to generate functional cartilage tissue by 3D bioprinting chondrocytes into OA lesions.
Australian company Advanced Family & Sports Podiatry manufactures customized foot orthoses on the Sintratec S2 system. The 3D printer’s production capabilities allow Mark Ireland and his team to provide a timely and individualized treatment to their patients.
UpNano mimics natural tissue topography for biomedical research
The combination of a 2Photon 3D printer with an innovative hydrogel-based bio-ink enables direct printing of 3D structures with living cells at the meso and micro scale.
When we last caught up with Stefano Caselli, founder and CEO of Tsunami Medical, in November 2020, he outlined his vision to drive spinal technology innovation forward using GE Additive’s laser-based (DMLM) metal additive technology.
A revolutionary project sees a team of doctors and researchers from the University of Florence use Mimaki's 3DUJ-553 printer to create three-dimensional anatomical models with an extremely high and previously unattainable degree of colour fidelity
Biologic Models collaborates with Mimaki customer, Objex Unlimited, to recreate precise models of protein cells.
Recent projects include recreating coronavirus proteins to enable the rapid development of countermeasures and increase understanding of the virus.
Test results using Linde’s new process gas mixture demonstrate a 35% decrease in spatter emissions, significantly reducing the risk of defective parts
The correct atmospheric gas mixture in the print chamber is essential for high quality, ease of qualification and repeatable products
Linde and 3D Medlab, division of Marle Group, collaborate to test optimal atmospheric solutions
VESTAKEEP® Care M40 3DF for medical applications with body contact up to 30 days
New possibilities in the individual treatment of patients
Further filaments for additive manufacturing in the pipeline
MediJet printer designed for anatomical models, surgical guides and medical tooling using sterilizable and biocompatible materials
The EinScan H combined with MSoft saves clinicians and patients time and money
Medical device manufacturers improve time-to-market through testing on ultra-realistic anatomical simulation 3D models
Austrian 3D printing service provider sees overwhelming increase in customer requests for Digital Anatomy models, on course to grow its medical customer base by 30% in a year
Evonik is exploring the possibilities of using the high-performance polymer VESTAKEEP® PEEK, a proven implant material for medical technology, for complex joint prosthesis systems.
Huaxiang Group, a privately owned medical 3D printing solution provider founded in 2014, and Dr. Wang Wenjun’s Spinal Surgery team from First Affiliated Hospital of University of South China, recently received category 3 medical device clearance from China’s National Medical Products Administration (refer to as NMPA), for its Porous Spine Fusion Cages produced on Farsoon metal systems --- this marks the very first approved orthopedic implants built by metal laser powder bed fusion technology in China.
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