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
The gap between simulation and the operating room is often defined by tactile feedback. This white paper presents the mechanical validation of Digital Anatomy™ Skin Presets, conducted by researchers at the University of Pavia.
View moreDownload the FDM compression testing methodology to learn how Stratasys improves ASTM D695 methods for more reliable yield strength and modulus data in 3D printed parts.
View moreDiscover how Subaru’s Accessories Product Development team used the Stratasys F770™ with the new T25 print head to reduce tool iteration time by 50%, accelerate production, and minimize waste through just-in-time 3D printing
View moreThe gap between simulation and the operating room is often defined by tactile feedback. This white paper presents the mechanical validation of Digital Anatomy™ Skin Presets, conducted by researchers at the University of Pavia.
Download the FDM compression testing methodology to learn how Stratasys improves ASTM D695 methods for more reliable yield strength and modulus data in 3D printed parts.
Discover how Subaru’s Accessories Product Development team used the Stratasys F770™ with the new T25 print head to reduce tool iteration time by 50%, accelerate production, and minimize waste through just-in-time 3D printing