The P3™ technology-based Origin® One 3D printer is enabling mass production of end-use parts in a diverse range of high-performance materials.
Read moreStratasys has developed the P3™ Automated Production Cell prototype to demonstrate how Stratasys P3 (Programmable Photopolymerization) technology can be scaled to a factory-level solution.
Read moreThe variety of Stratasys technologies allow you to print prototyping and end-use parts, filling in the gaps in your supply chain. Download our Solutions Guide to learn more!
Read moreA look book that showcases the automotive production-grade parts that are produced with: H350™ 3D printer utilizing SAF™ technology, Origin® One printer using P3™ technology and FDM® printers.
Read moreA lesser-known challenge for many if not all 3D printing technologies is the ability to print large bulky parts without sacrificing part quality. Whether it be thermal gradients, internal stresses, or throughput hurdles; most 3D printing technologies must overcome at least one of these factors. In the case of DLP printing it’s all the above. In this presentation from Marshall Ling, Origin Senior Research Engineer at Stratasys, discover how a programmable print process approach is used to enable new applications in a previously inaccessible space. Learn from real-world examples that demonstrate how the Origin One produces advanced geometries, like large solid molds or smaller densely nested parts
Read moreStratasys Origin One flexible production capability produces end-use parts for Nissan’s Super GT racing team
Read moreDownload the 3D printing solutions guide for transportation OEMs.
Read moreSupport-free printing is one of many powerful capabilities enabled by the Origin One. Support-free printing can offer a number of substantial advantages in production applications. To maximize the potential of support-free printing, it is important to have a good understanding of the constraints and a strong dialogue between the printing and design teams.
Read moreWhen designing parts and preparing prints for the Origin One, or any DLP technology, one important consideration for the best part quality is part orientation. Here are some key orientation considerations and their implementation, to help you prep better builds. These considerations will drive how you choose to orient parts when printing on the DLP-based Origin One 3D printer.
Read moreIn December 2020, Stratasys acquired Origin to expand its leadership in the 3D printing industry with a photopolymer platform targeted at the fast-growing mass production parts segment. Product improvements since then include streamlined part quality and performance, seamless pre-print software checks, and integration with software.
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