3D Printing Resources

Overcoming Large Geometry Challenges in DLP 3D Printing

A 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

Reinventing the Packaging Design Workflow with 3D Printing

PepsiCo's Structural Packaging Design and R&D teams have reinvented their workflow using the latest advances in 3D printing technology. Historically Designers and engineers spend a significant amount of time translating sketches into prototypes to land the best design for consumers, while ensuring the new designs also conform rigorous technical constraints. Learn how PepsiCo leverages a new workflow from early concept , to a realistic CMF model in-house, to a blow molded prototype that can be tested on the production line in a short period of time.

How the latest innovation in 3D printing technology is changing the healthcare industry

In this Stratasys webinar, healthcare industry leaders will share how they're utilizing the latest 3D printing technology to support their day-to-day work and improve patient outcomes. Find out how they are overcoming challenges they weren't able to in the past by harnessing recent improvements and upgrades to 3D printing technology.

J5 MediJet: Engineered For 95% of Hospital Medical Modeling Applications, Without a Material Change

The J5 MediJet is designed to serve as the medical printer for everything a hospital would need: one setting covers 95% of hospital modeling applications. Learn more

Bring additive manufacturing to an industrial scale.

Stratasys 3D printing is ready to help you bring flexibility to the factory floor, sustainability to supply chains, and cost efficiency to manufacturing.

Stratasys Expands Additive Manufacturing Applications with Systems, Software and Materials

Ahead of the second annual Experience Stratasys: Manufacturing virtual event, Stratasys has introduced new 3D printing systems, software and materials that open up countless new applications to transform global manufacturing.

Origin One Steers NISMO Racing Towards Production 3D Printing Solutions

Stratasys Origin One flexible production capability produces end-use parts for Nissan’s Super GT racing team

You want stronger materials – we listened.

“A 3D print is worth a thousand pictures”: J5 MediJet gives University Hospital of Southern Denmark, Esbjerg new pathway to improve pre-surgical planning and research

J5 MediJet is the most efficient workflow for printing surgical guides

Stratasys takes realism to the next level with the introduction of new Agilus Colors materials for soft touch prints with hyper-realistic look and feel

Agilus30 Colors takes the rigid materials previously available and extends them to include flexible, full-color modeling capabilities with exact shore value definition ability. This allows designers to achieve full-color prints and prototypes that look, feel and flex like the final product, all of which are key to achieving designs with true realism.