We are Particle3D
We are a Danish medical technology company working to make bone replacements more accurate, effective and safe.
In short: We Print Bone™
Two students and their professor invented the revolutionary technology as a solution to a problem: a local maxillofacial surgeon searched for an implant, better than current titanium implants, that could optimally reconstruct the human jaw. He asked for a material that is easily moldable and natural to the human body.
Particle3D has received several awards for developing this new technology including the Danish Venture Cup 2017.
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Our Team
Particle3D is driven by a strong team of ambitious, innovative and talented people with extensive experience within life sciences, technology and business development.
Our Mission
Our mission is to provide 3D printed natural bone implants to reduce complications, improve functional and aesthetic outcomes, and obtain faster recovery.
About the Company
I am very pleased to see the development and execution of our corporate strategy advancing. In addition to the company’s finalization of the development and registration of the innovative 3D printed customized bone implants, we intend to devote significant time and effort to pursuing global opportunities in offering 3D printed implants for different indications with the possibility of adding slowly released medication, such as antibiotics, which we belive offers tremendous opportunities for patients and health care providers.
Thea Wulff OlesenLatest News From Particle3D
Read about the latest news, interviews and events.
Introducing 3D Printed Bone Implants
A Qualitative Survey of CliniciansIn collaboration with Particle3D, Msc in Engineering, Health & Welfare Technology, Jennifer Faridi, has performed a qualitative survey of clinicians in Neurology and Oral and Maxolliofacial surgery to examine their expectations...
Bone Implant Performs as Well as Predicted
Preclinical proof demonstrates that the P3D Bone is mechanically strong, free from contaminants, support rapid formation of new vascularized bone and integrate with neighboring bone in vivo.
Vestre Stationsvej 15 1.
5000, Odense C
Denmark