CONTROL BIONICS INC

Control Bionics Inc. specializes in the design, development, and manufacturing of custom assistive communication and prosthetic devices for individuals with speech and motor impairments. Their core expertise lies in integrating embedded computing systems, adaptive hardware, and patient-specific interfaces to create speech-generating devices, AAC communication tools, and programmable prosthetic control systems. The company demonstrates deep technical proficiency in biomedical electronics, human-machine interface design, and FDA-regulated medical device manufacturing, with a focus on ruggedized, low-latency systems that meet clinical reliability standards. Their ability to rapidly prototype and customize devices for individual veteran needs—such as adaptive speech aids and PWC control systems—sets them apart as a responsive, patient-centered manufacturer in the assistive technology space. The Department of Veterans Affairs is the contractor’s primary and consistent partner, engaging them for mission-critical assistive devices that restore communication and mobility for veterans with neurological or physical disabilities. All recent awards stem from VA procurement channels, indicating a trusted, long-standing relationship rooted in clinical utility and personalized care delivery. Industry focus centers on surgical appliance and medical instrument manufacturing (NAICS 339113 and 339112), where they produce Class I and II medical devices under FDA oversight, alongside electronic computer manufacturing (334111) for embedded speech-generating hardware. This positions them at the intersection of medical device engineering and assistive technology, serving a niche but vital segment of the veteran healthcare ecosystem. Control Bionics Inc. is a small, privately held manufacturer based in Milford, Ohio, with no federal certifications on record. Their operational footprint is centered on precision manufacturing and custom device assembly, serving a specialized federal market with high-touch, low-volume production tailored to individual clinical requirements.