Join Stratasys, NASA and Dade County as we discuss the impacts the NASA HUNCH Program has on students and community.
Read moreSeries of four webinars will explore the advantages of utilizing additive manufacturing to support vehicle production and produce end-use automotive components.
Read moreA compelling insight into SAF technology on the H350TM. Prototal Damvig COO Jesper Damvig invested in SAF on the H350TM printer in 2021 to capitalize on the technologies many strengths including part quality and repeatability, as well as the sustainability of PA11. He tells of a market for 3D parts that is fast developing and how AM technology is steadily moving from prototyping to playing a full-blown manufacturing role.
Read moreIntroducing RadioMatrix - First of Its Kind 3D Printing Radiopaque Material
Read moreUncover the potential of FDM printed soft jaws using strong carbon fiber reinforced materials such as Nylon12CF, ABS CF10, and the all-new Nylon CF10.
Read moreThe Digital Anatomy Creator gives you the power to create ultra-realistic anatomical models. For each layer of the model, you have the freedom to define its position and size, select its mathematical function, and create a digital material using up to five different materials.
Read moreCzech Republic service bureau One3D is helping automotive lighting system companies innovate by using the Neo800 stereolithography technology to produce state-of-the-art lens prototypes. The lens prototypes are used as a visual aid to confirm designs before going into large-scale production. 3D printing and Stratasys Neo800 stereolithography technology shorten the process to produce the lenses to 3-4 working days, compared to 3-4 weeks for milled PMMA (plexiglass).
Read moreAdvanced Prototyping and Manufacturing with Stratasys 3D Printing on Textile Technology
Read moreVarun Bhatia serves as a Principal Scientist at Medtronic, a global leader in medical solutions.
Read moreAt Nicklaus Children’s Hospital in Miami, the Cardiovascular Surgery Advanced Projects Laboratory (APL) uses a range of digital 3D technologies, including Stratasys 3D printers, to visualize anatomy and plan surgical procedures for pediatric patients
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