• Part No. 11562.00.R12
• Date of Manufacture: 2016
• Compatibility: Designed as a subcomponent for EMD Technologies EPS (Epsilon) high‑voltage generator platforms

The EMD Technologies 11562.00.R12 EPS High Voltage X‑Ray Assembly Board is a precision‑engineered high‑voltage power module designed to support reliable performance in medical radiographic imaging systems. Serving as a key subcomponent within EMD Technologies’ EPS series high‑voltage generators, this assembly board plays a critical role in managing and regulating the electrical power that drives X‑ray tube output. Built to meet the demanding requirements of radiology environments, it’s ideal for use in radiographic and fluoroscopy systems where consistent high‑voltage generation is essential for quality diagnostic imaging.

Manufactured by EMD Technologies, a specialist in high‑voltage medical electronics, the 11562.00.R12 assembly board integrates seamlessly into EPS high‑voltage generator platforms. These boards are typically used by service technicians and biomedical engineers as replacement parts during preventive maintenance or repair of imaging equipment. Designed for robust electrical performance under continuous use, the board supports the precise voltage deliveries required to produce crisp, reliable X‑ray images — a foundation for effective diagnostic care in hospitals and imaging clinics.

Whether you’re maintaining legacy X‑ray systems or updating existing equipment, the EMD Technologies EPS High Voltage Assembly Board offers quality components trusted in clinical environments. Its role in stabilizing and distributing high voltage not only enhances system reliability but also contributes to long‑term uptime and operational confidence for healthcare facilities. With careful removal and handling, this module helps extend the life of high‑value radiographic imaging assets and supports consistent imaging performance when it matters most.

 This medical equipment item is a subcomponent or part that has been extracted from a larger system or unit. It is intended for use as a replacement part or for integration into another system. Its condition may vary, but it has been removed with care to preserve its functionality.