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DownloadStratasys' Programmable Photopolymerization (P3™) , a Digital Light Processing (DLP) 3D printing technology, is capable of printing difficult geometries without supports, fine features, and large cross-sections, with excellent surface quality comparable to injection molding. However, like traditional manufacturing processes, here are guidelines that result in the highest yields, optimal quality, and reduced labor.
Discover how additive manufacturing is transforming the medical industry with Stratasys Direct. This guide explores 3D printing technologies for medical devices, including surgical models, prosthetics, and
View moreDiscover the surface finishing options for 3D printed parts in our Finishing Guide. Learn how technology, material, and build orientation impact aesthetics and explore finishing techniques.
View moreThe medical industry is evolving, and additive manufacturing (AM) is playing a key role in driving innovation. From custom prosthetics and anatomical models to patient-specific medical devices, 3D printing enables faster, cost-effective, and highly personalized solutions.
View moreDiscover how additive manufacturing is transforming the medical industry with Stratasys Direct. This guide explores 3D printing technologies for medical devices, including surgical models, prosthetics, and
Discover the surface finishing options for 3D printed parts in our Finishing Guide. Learn how technology, material, and build orientation impact aesthetics and explore finishing techniques.
The medical industry is evolving, and additive manufacturing (AM) is playing a key role in driving innovation. From custom prosthetics and anatomical models to patient-specific medical devices, 3D printing enables faster, cost-effective, and highly personalized solutions.