India (English)
India (English)
Video

Manufacturing applications for FDM composite materials (Nylon 12 Carbon Fiber).

Additive manufacturing (AM) plays a significant role in the aerospace industry. The introduction of Nylon 12 Carbon Fiber, the first composite FDM material by Stratasys, unlocks even more applications with its high stiffness- and strength-to-weight ratios, advantageous electrical properties, and unique RF energy attenuation properties. View this webinar to hear from Orbital ATK on their additive manufacturing applications. http://www.stratasys.com/solutions/additive-manufacturing/tooling/tooling

RQjp9yaLeJJvcWXmwLBXkZ
Manufacturing applications for FDM composite materials (Nylon 12 Carbon Fiber).

Related Content

medical

IC3DTH -The International Conference on 3D Technologies in Hospitals

Meet Stratasys at IC3DTH 2026, Dec 4–5 at JKU MED Campus, Linz. Discover how point-of-care 3D printing supports surgical planning and medical models.

View more
FDM Toolpath-based material orientation mapped to finite element mesh.

Predict FDM Part Performance Before You Print

Learn how NoviPath with GrabCAD Print predicts FDM part deformation, stress, failure load and safety factor before printing. Register for the webinar.

View more
GM -For Quote.

One Platform, 20+ Manufacturing Facilities: How GM Standardized on the Stratasys F900 Across a Global Network 

Discover how GM standardized on the Stratasys F900 across 20+ facilities to share tooling designs, print spare parts locally and scale additive manufacturing.

View more
medical

Meet Stratasys at IC3DTH 2026, Dec 4–5 at JKU MED Campus, Linz. Discover how point-of-care 3D printing supports surgical planning and medical models.

FDM Toolpath-based material orientation mapped to finite element mesh.

Learn how NoviPath with GrabCAD Print predicts FDM part deformation, stress, failure load and safety factor before printing. Register for the webinar.

GM -For Quote.

Discover how GM standardized on the Stratasys F900 across 20+ facilities to share tooling designs, print spare parts locally and scale additive manufacturing.