Introducing RadioMatrix - First of Its Kind 3D Printing Radiopaque Material
Read moreThis webinar aims to uncover the potential of FDM printed soft jaws using strong carbon fiber reinforced materials such as Nylon12CF, ABS CF10, and the all-new Nylon CF10. Join us as we learn firsthand from Stratasys Application Engineer Jeremy Hui and Tim Geraghty, how Gosiger has leveraged this technology to improve their workflow and boost productivity.
Read moreAdvanced Prototyping and Manufacturing with Stratasys 3D Printing on Textile Technology
Read moreSeries of four webinars will explore the advantages of utilizing additive manufacturing to support vehicle production and produce end-use automotive components.
Read moreOverview of features and benefits of the new H350 SAF system for parts providers. Covering powder bed fusion basics, H350 system overview, operating software, and materials.
Read moreThe new Stratasys RadioMatrix™ material produces radio-realistic anatomic models which are visible under CT scans or X-ray images.
Read moreThe RadioMatrix™ is a radiopaque material that will allow clinical teams, labs, and researchers to 3D print radio-realistic models with radiopacity properties.
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 moreElevate your design freedom and flexibility with the new Stratasys FabriX Kit Innovation for the J850 Prime 3D Printer .
Read moreStratasys introduced Oxford Brookes Racing to Covestro Somos® resin which has allowed the aerodynamics team to create 3D printed molds suitable for carbon fibre layup, reducing time and enabling further design freedom. Read the resource guide and find out how the students manufactured the final parts of the OBR 19 aero package, step by step.
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