We’ve got a new, iodine-based etching process! Developed for copper alloys.

Jul 8, 2022 | Publication, Uncategorized

3D Printing and Additive Manufacturing just published our latest innovation Self-Terminating Etching Process.  For the first time, we demonstrate an iodine-based sensitization chemistry to simplify post-processing of 3D printed parts.  The process is fast and amazing....

New Publication in The International Journal of Advanced Manufacturing Technology

Jun 25, 2022 | Publication

The International Journal of Advanced Manufacturing Technology just published our manuscript studying Microstructural and corrosion effects of HIP and chemically accelerated surface finishing on laser powder bed fusion Alloy 625. Abstract: Hot isostatic pressing (HIP)...

Hildreth Research Group Awarded CSM’s President’s Award for Excellence in Safety

Jun 14, 2022 | News

We are honored to be awarded a President’s Award for Excellence in Safety.  As a group, we strive to maintain an active safety culture where we strive to acknowledge the hazards in our lab and work to minimize them.  This award reinforces our commitment to...

New publication in Physica B: Condensed Matter

Apr 11, 2022 | Publication

Physica B: Condensed Matter just published our collaborative work with Prof. Asle Zaeem on Formation energies, electronic properties and elemental diffusion of Cu–Cr–Nb (GRCop) alloys. Abstract: Electronic structure calculations with Hubbard U correction are completed...

How does chemically accelerated vibratory finishing impact corrosion? Read and find out?

Apr 9, 2022 | Publication

Journal of Materials Processing Technology just published our latest study on the Effect of chemically accelerated vibratory finishing on the corrosion behavior of Laser Powder Bed Fusion 316L stainless steel. Abstract: As-built surface morphology and texture of...