PHYSICAL ELECTRONICS USA, INC.

Physical Electronics USA, Inc. specializes in the repair, maintenance, and upgrade of advanced analytical laboratory instruments, particularly X-ray photoelectron spectrometers (XPS) such as the PHI 5000 VersaProbe series. The company provides mission-critical support for high-precision surface analysis systems used in materials science, semiconductor research, and defense-related characterization. Their technical expertise includes ion gun refurbishment, detector calibration, vacuum system servicing, software integration, and hardware modifications to extend instrument lifespan and performance. With deep familiarity with Physical Electronics’ proprietary platforms, they offer manufacturer-authorized service that ensures analytical accuracy and regulatory compliance in sensitive federal environments. The contractor maintains strong, recurring relationships with the Department of Energy, Department of Defense, and NASA, consistently delivering maintenance and modernization services for XPS systems used in energy materials research, weapons component analysis, and space science applications. These agencies rely on the contractor for predictable, high-reliability support of complex instrumentation critical to R&D and quality assurance workflows. Their primary industry focus lies in analytical laboratory instrument manufacturing and precision equipment repair, with a narrow specialization in XPS systems. This positions them as a niche provider for federal laboratories requiring sustained operational capability of high-end surface analysis tools, bridging the gap between instrument manufacturers and end-user facilities. As a small business structured as a 2L entity based in Chanhassen, Minnesota, Physical Electronics USA, Inc. operates without federal certifications but leverages deep technical specialization and long-standing instrument knowledge to serve high-demand federal science and defense markets. Their geographic proximity to key federal research hubs enhances responsiveness and service reliability.