Spinal Orthopedics: PhD Student at Stevens Institute of Technology Creates 3D Printed Scaffolds at 8 Cents Each

There are so many things we can 3D print today, from entire homes and cars to integral parts being created today in nearly every industry, from aerospace to apparel. The medical field, however, has benefited from countless 3D printed innovations—with many of them pertaining to scaffolds meant for various purposes and often aiding in tissue and bone growth.

The overall benefits of 3D printing continue to be proven by those using the technology all over the world, demonstrating self-sustainability in manufacturing as well as allowing for products that could not have been created before due to a range of hardware, software, materials, and textures. And while some products may be expensive to produce en masse via 3D printing, often affordability is a major part of the equation—offering stunning savings. This is certainly the case with a new 3D printed plastic scaffold that costs a mere eight cents to 3D print, and may be able to promote bone growth at a more accelerated rate.

By  | 3D PRINT.COM

Image Credit: Stevens Institute of Technology

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