3D printed titanium facial and skull implants by DePuy Synthes

ePuy Synthes, a Johnson & Johnson company specializing in medical devices, has announced an agreement with 3D printing giant Materialise to introduce a new range of TruMatch titanium 3D printed implants for facial and skull disorders. The patient-specific implants will be modeled on CT scans.

One of the most exciting aspects of medical 3D printing is seeing how established businesses and organizations adapt to the emerging technological possibilities afforded by additive manufacturing. As numerous 3D printing startups are formed, older businesses must think quickly to see if and how they can incorporate additive manufacturing into their own workflow to create better, more user-friendly products. With over 100 years in the medical device business, DePuy Synthes, now part of the Johnson & Johnson family, is one such company to actively and successfully embrace the world of 3D printing, having recently revisited its partnership with 3D printing giant Materialise to develop a range of 3D printed titanium implants for facial and skull disorders.

After working with Materialise on various other medical devices since 2010, DePuy Synthes returned to the Belgian 3D printing specialist to jointly develop a new product. This latest project will see the two companies offer a new range of facial and cranial medical device solutions under the established TruMatch portfolio, providing personalized titanium implants for orthognathic surgery and other craniofacial indications. The comprehensive solution will consist of more than the implants themselves, providing medical specialists with a virtual surgical planning platform, intraoperative patient specific tools, and personalized implants.

The patient-specific 3D printed implants will be modeled on data acquired through CT scans of a patient’s skull, with the implants used to fill gaps in the cranial and craniofacial skeleton. Using CT scan data, surgeons will be able to design 3D printed titanium implants tailored to the exact shape and size requirements determined by the patient’s condition. The implants can be either a single piece or multiple pieces joined by standard cranial and craniofacial fixation systems, and can be made from either pure titanium or PEEK Optima-LT (polyetheretherketone).

The new 3D printed TruMatch implant solution will come with DePuy Synthes’ PROPLAN CMF software, a virtual surgical planning environment which enables surgeons to make critical clinical decisions before entering the operating room. After practicing the surgery to perfection, surgeons can then seamlessly transfer their virtual experience to the operating room via operation-specific osteotomy guides and anatomical models.

Continue to read on http://www.3ders.org/

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Open BioMedical Initiative

Open BioMedical Initiative

Global nonprofit initiative supporting the traditional Biomedical world engaged in the collaborative design and distribution of low-cost, open source and 3D printable Biomedical Technologies.
Open BioMedical Initiative
2016-10-19T10:05:31+00:00 July 23rd, 2016|English, News|0 Comments

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