Ressources sur l'impression 3D

SAF™ Technology Integral in Producing a New Industrial Machine

The final design of the WRAP machine uses 46 plastic components printed on the SAF™ H350 3D Printer.

Assurez à chaque fois la répétabilité et la reproductibilité de vos pièces imprimées grâce au guide de conception de la technologie SAF™

This SAF™ technology Design Guide provides how to achieve the best outcome with the advanced options that the H350 printer provides. Download it here.

Transforming Industrial Machinery Production with SAF™ Technology | Stratasys 3D Printing Case Study

Dive into the creation of the H350™ 3D Printer. See how the production of this machine includes end-use parts printed from other H350's™.

Minimizing Costs and Lead Times for Support Machine Components

The 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!

Makers for Heroes - Ron Halevi Prosthetic Upgrade 3D printing helps upgrade prosthesis for combat veteran

3D printing helps upgrade prosthesis for combat veteran. Now a competitive paralympic kayaker, amputee gets an enhancement ideal for his active lifestyle

A Guide to Achieving Consistent Industrial Equipment Parts on Demand

The Future of Automotive: Shifting from Traditional to Additive Manufacturing

Series of four webinars will explore the advantages of utilizing additive manufacturing to support vehicle production and produce end-use automotive components.

The Future of Automotive Manufacturing

A 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.

Solving a Supply Chain Crisis

Robust and Precise Industrial Machinery Components

With the H350™ 3D printer, powered by SAF™ technology, series production of industrial machinery end-use parts can be printed on-site in less than ten hours.