HIP
ORNL Combines 3D Printing and HIP to Create Large Metal Parts
As the demand for large-scale metal parts continues to rise across sectors such as clean energy, aerospace, and defense, the Department of Energy’s Oak Ridge National Laboratory (ORNL) is spearheading…
5 Stages to True Scale: Make Your Own Fleet of Metal 3D Printers
The additive manufacturing (AM) industry is now approaching true scale, where manufacturing is happening at volume. Critical parts, including millions of implants and thousands of rocket propulsion units, are being…
The Art of Post-Processing with Direct Metal Laser Sintering Technology
Additive manufacturing (AM) and more specifically, direct metal laser sintering (DMLS) technology has brought unprecedented design freedom and application complexity to metal manufacturing. It has enabled the creation of complex,…
Quintus Technologies: Enabling a More Appropriate Additive Process Chain
When I attended the ASTM F42/ISO TC 261 meetings in nearby Columbus, Ohio, I had the opportunity to participate in two facility tours. We visited The Ohio State University’s Center…
New UK HIP Center to Target Heat Treatment for Metal 3D Printing
As metal additive manufacturing (AM) sees widespread adoption in the industrial space, post-processing technologies have experienced their own related growth into the 3D printing sector. This includes the crucial technology…
Hiperbaric and Aenium allied to revolutionize AM and HIP R&D
The joint use of Additive Manufacturing and HIP technology makes it possible to develop improved metal components, thanks to the optimization of their designs, the implementation of more efficient processes…
Interview with Guy Ofek of GF Machining Solutions on Integrating Metal Additive in Manufacturing
Guy J. Ofek has spent over 16 years helping companies find the best manufacturing solutions throughout Asia. Nearly 11 years of those were in 3D Printing for Stratasys and other…
