Pressebereich

FOR IMMEDIATE RELEASE Brenham, TX – REM Surface Engineering, in collaboration with Chalmers University of Technology (Gothenburg, Sweden), is proud to announce the publication of its latest peer-reviewed research paper, “Chemical Mechanical Polishing of Powder Bed Fusion – Laser Beam Processed 316L Stainless Steel,” published in the Journal of Materials Processing Technology (Volume 345, November 2025, Article 119055). This study highlights REM’s advanced Chemical Mechanical Polishing[...]

FOR IMMEDIATE RELEASE Southington, CT – September XX, 2025 – REM Surface Engineering is proud to celebrate the 20th work anniversary of Chris Osborne, Accounting Manager, who has been a valued member of the REM team since 2004. Chris joined REM shortly after graduating from Bryant College in Smithfield, Rhode Island, with a degree in Business Administration and a concentration in Accounting. Over the past two decades, Chris has played a vital role in the growth and success of REM’s accounting[...]

FOR IMMEDIATE RELEASE Southington, CT – September 3, 2025 – REM Surface Engineering is proud to announce the 20th work anniversary of Chris Mershon, the company's dedicated Business Manager for Aerospace and Power Generation. This milestone celebrates two decades of Chris’s expertise and commitment to delivering innovative surface finishing solutions that have significantly impacted both the company and its clients. Chris Mershon has been a driving force behind REM's success in two of[...]

  Brenham, TX - REM Surface Engineering is proud to announce that Bill Nebiolo, our Business Manager for Automotive and Heavy Equipment, has been awarded the 2025 August P. Munning Award by the National Association for Surface Finishing (NASF). This distinguished honor recognizes supplier members who demonstrate outstanding dedication, leadership, and long-term service to the surface finishing industry. The August P. Munning Award is one of the most prestigious recognitions in our field,[...]

  We often focus on the printing process in additive manufacturing, but NASA JPL's recent award-winning work on the Mars Sample Return mission also highlights the critical role of post-processing. To protect Martian samples during a high-speed Earth landing (110 mph!), JPL developed innovative 3D printed crushable metal lattices using PBF-LB technology. However, achieving the optimal structure – requiring ultra-low relative density and feature sizes below 300 microns – pushed the boundaries[...]