CMS IMAGING INCORPORATED

CMS Imaging Incorporated specializes in the repair, maintenance, and preventive servicing of advanced medical imaging equipment, with deep expertise in Shimadzu and Emergent fluoroscopy and radiographic systems. The company delivers mission-critical technical support for X-ray, fluoroscopy, and portable imaging devices used in VA healthcare facilities, ensuring operational continuity and regulatory compliance. Their technical capabilities include precision calibration, circuit board diagnostics, software firmware updates, mechanical alignment, and component-level repairs of high-voltage generators and image receptors. A key differentiator is their focus on minimizing downtime for diagnostic imaging systems through rapid-response field service and proactive preventive maintenance protocols tailored to clinical workflows in large-scale medical centers. The contractor maintains a consistent, long-standing relationship with the Department of Veterans Affairs, providing sustained technical support across multiple VA Medical Centers. Their work directly supports the VA’s mandate to maintain reliable diagnostic imaging infrastructure, with recurring engagements focused on both emergency repairs and scheduled maintenance for critical equipment used in radiology and surgical imaging departments. CMS Imaging operates primarily within the 811210 and 811219 NAICS categories, which encompass specialized repair and maintenance of electronic medical devices. This positions them as a niche provider in the federal healthcare equipment lifecycle management market, serving facilities that rely on aging yet mission-critical imaging hardware requiring expert-level servicing beyond manufacturer support. The company is structured as a small business (2L) headquartered in North Charleston, South Carolina, with no federal certifications on record. Their geographic presence is focused on supporting federal healthcare operations, particularly in the southeastern U.S., where they serve as a responsive, non-manufacturer alternative for high-complexity imaging system maintenance.