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

Automotive with SSYS logo

3D Printing for Automotive Parts and Tooling Production

Industrial 3D printing for automotive parts and production tooling. How to cut tooling lead times, reduce costs, and keep production lines running.

View more
c17 aircraft

Keeping C-17s Mission-Ready with 3D Printing

See how the U.S. Air Force uses Stratasys F900® printers and Antero® 800NA to produce certified replacement parts for C-17 lavatories faster, reducing downtime and lowering costs by up to 88%.

View more
Stratasys 3D printed ear and eye medical model

Advancing Surgical Training with 3D Printed Anatomical Models

Discover how COSA uses Stratasys Digital Anatomy™ technology to create realistic 3D printed anatomical models for surgical training, simulation, and medical innovation.

View more
Automotive with SSYS logo

Industrial 3D printing for automotive parts and production tooling. How to cut tooling lead times, reduce costs, and keep production lines running.

c17 aircraft

See how the U.S. Air Force uses Stratasys F900® printers and Antero® 800NA to produce certified replacement parts for C-17 lavatories faster, reducing downtime and lowering costs by up to 88%.

Stratasys 3D printed ear and eye medical model

Discover how COSA uses Stratasys Digital Anatomy™ technology to create realistic 3D printed anatomical models for surgical training, simulation, and medical innovation.