Silverstone Composites and Mackart Additive needed to produce an internal mandrel tool to manufacture composite pipes to keep up with customer demand within motorsport and Formula One. Find out how they used the Stratasys Neo450s 3D printer and Somos® DMX SL-100 to develop an additive manufacturing method of part production for the internal mandrel, a solution which was not easily possible with traditional tooling methods.
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 moreImmerse yourself in the world of design as the Innodesign team brings new products to life by 3D printing models in multi-materials and in as many colors as their designers can assign.
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 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.
Immerse yourself in the world of design as the Innodesign team brings new products to life by 3D printing models in multi-materials and in as many colors as their designers can assign.
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.