Stratasys announces radiopaque material for Digital Anatomy 3D printer

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Stratasys, a professional in polymer 3D printing alternatives, has introduced the initially radiopaque 3D printing content for the Stratasys Digital Anatomy 3D printers. The new Stratasys RadioMatrix material provides radio-real looking anatomic models which are obvious underneath CT scans or X-ray photos.  

“This new material is allowing our consumers to print radio-reasonable products that show outlined and predictable radiopacity properties below clinical imaging these kinds of as CT or X-ray,” explained Ben Klein, director of merchandise administration, healthcare alternatives for Stratasys. “This content growth was pushed by buyer requests to develop radiopaque anatomic versions, types that can mimic human anatomy visualisation underneath X-ray. We keep on to force the boundaries of health-related modelling with multi-materials printing.”  

Stratasys Digital Anatomy printers can build entire-color visual products and biomechanically real looking practical models that are employed throughout the world for coaching simulations, pre-surgical scheduling and health-related product improvement. Through the introduction of the new RadioMatrix content, the Electronic Anatomy printer can now print anatomical styles that can be seen below CT or X-ray. These models can exhibit a variety of radiopacity values from -30 to 1000 Hounsfield Units (HU). 

“The means to 3D print styles with managed radiodensity is anticipated to in the end make improvements to visibility and traceability of medical equipment, increase our manufacturing of bespoke and affected individual-derived phantoms for training and educational functions, and empower new methodologies for improving upon CT impression high-quality. This novel substance opens the door to new apps and exploration opportunities, in the end improving upon individual care shipping,” claimed Justin Ryan, Ph.D., director of the Helen and Will Webster Foundation 3D Improvements Lab, Rady Children’s Hospital – San Diego, California.



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Ellen C. McGowan

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