3D Printing

Companies across all industries from automotive to aerospace to consumer products and even architecture misunderstand how many 3D-printing technologies there are and the applications for which each one should be used.

In part one, design engineer Michael Paloian outlined the first four milestones of a product-design project, ending with the “cornerstone” of the product-design cycle — concept refinement and detailing. The milestones leading up to the final phase...

DSM’s Arnilene AM6001 GF (G) combines the mechanical, thermal, and chemical performance of glass-filled PP with the flexibility of a proven 3D process.

3D printers emit ultrafine particles and volatile organic compounds, some of which are known irritants, carcinogens, and odorants. As the devices multiply in classrooms and homes, it's imperative that users understand how to mitigate those...

Rizium Glass Fiber is the only composite 3D-printing material suitable for full-color parts with the stability to support complex geometries, according to additive manufacturing company Rize. The material and 3D-printing platform have obtained UL...

The breakthrough 3D-printing technique has implications for COVID-19 and paves the way for autonomous robotic surgeries.

The technique developed by a UMass Lowell researcher incorporates elements of injection molding to increase the production rate of 3D printing while improving part strength, stiffness, and strain-to-failure properties. 

Transformation powered by additive manufacturing helps GM move faster, cut costs, and produce safer, lighter-weight manufacturing aids.

Continuous Composites’ technology enables the printing of custom, large-scale composite parts with high-performance mechanical properties for applications in the aeronautics, automotive, and energy sectors.