Medical Imaging Equipment Power Supplies

Delivering precise voltage regulation during CT gantry rotation and X-ray pulse events, maintaining image quality during instantaneous load changes.
Providing isolated voltage rails for detector arrays, motor controllers, cooling systems, and computing platforms, eliminating noise and crosstalk.
Integrating MOPP/MOOP-compliant isolation barriers and earth leakage controls designed into the power architecture from the start.

Horizon PSS takes ownership of compliance documentation and qualification testing:

Incorporating means of patient protection (MOPP/MOOP), enclosure ratings, and leakage current limits supporting your DHF requirements. Building IEC 60601-1 compliance into the architecture.
Ensuring your system passes conducted and radiated emissions testing without costly redesigns through pre-compliance EMI testing. Addressing IEC 60601-1-2 requirements through filtering and shielding strategies.
Providing ISO 13485-aligned documentation including controlled design outputs, traceability matrices, and configuration management supporting your regulatory submission.

Coordinating high-voltage generators, gantry motor drives, and detector bias supplies for CT and X-Ray systems with thermal management and monitoring for predictive maintenance.
Delivering RF-shielded power for MRI gradient coil drives and detector systems, eliminating artifacts while maintaining efficiency in high magnetic field environments.
Integrating battery management with wide input voltage range (85-264 VAC) supporting international deployment for ultrasound and portable imaging with <25 dBA acoustic operation.

Defining engineering specifications, compliance pathways, and schedules before commitment through transparent NRE structures.
Ensuring the power supply qualified during clinical trials matches production units identically through configuration control and PCN discipline.
Providing advance notification of changes affecting form, fit, function, or safety certifications throughout 10-15 year platform lifecycles through proactive component lifecycle monitoring.

Supporting procurement evaluation with leakage current test reports, load transient response data, EMI pre-compliance results, design control evidence (ISO 14971), and supply chain qualification for critical safety components.

Integrating IEC 60601 compliance responsibility into power system architecture development, not handing it to you as a qualification burden.

Covering detector bias stability, gradient coil drive timing, and thermal cycling profiles beyond generic power supply design through engineering depth.

Maintaining production capability and design documentation throughout your product lifecycle, supporting field upgrades and service parts.

Delivering compliance certainty and eliminating late-stage redesign costs through custom power design.