Vacuum Process Engineering, Inc.
Russell Kinsey is an experienced Computer Numerical Control Programmer and machinist with a career spanning several notable companies. Current employment at Vacuum Process Engineering, Inc. began in June 2020, following positions at Alpha Research and Technology and Kratos Defense and Security Solutions. Prior to those roles, significant experience was gained at Halliburton from 1997 to 2016, where duties included value-added value engineering and support in manufacturing processes. Russell also served as a CNC Senior Programmer, specializing in advanced programming with NX 7.5 Unigraphics, Vericut, SAP, and SolidWorks. Earlier in the career, Russell worked as a CNC machinist at Machine Center Inc., focusing on customer product manufacturing and tooling. Educational background includes studies at St. Louis Community College from 1978 to 1980.
Vacuum Process Engineering, Inc.
We are an engineering company that provides metallurgical/materials joining services and creates quality products. Vacuum Process Engineering, Inc. (VPE) is a thermal engineering and manufacturing company providing science-based metallurgical services, including precision brazing, diffusion bonding, hot pressing, heat treating, thin-film coating, complex assemblies, specialty cleaning, and materials testing & analysis. Furthermore, VPE offers extensive machine shop services. VPE also designs and manufactures diffusion bonded microchannel heat exchangers (MCHEs), hydrogen pre-cooling heat exchangers (H2PCs™), and smaller-sized commercial off-the-shelf heat exchangers for a wide range of applications. In addition, other VPE products include high-temperature retro-reflectors, pinch-off & pump-out tubes, and laminated & clad metal sheets. Since 1976, VPE has established a reputation as both an innovator and a reliable volume producer of mission-critical assemblies for customers in high-tech industries, including aerospace, medical, and semiconductor. VPE is committed to meeting customer quality and on-time delivery expectations through practicing continuous improvement and by operating an effective quality management system that meets the regulatory requirements of the latest versions of ISO 9001 and AS9100 regulations.