
Medical and Healthcare
Certified AC-DC Power Modules & Switching Power Supplies for Medical Devices, Diagnostics & AIoT Healthcare
AC-DC power supplies play a critical role in powering medical and healthcare equipment, ensuring reliable, stable, and safe operation in environments where precision and patient safety are paramount. These power supplies must meet stringent regulatory standards while delivering efficient, uninterrupted power to a wide range of devices used in diagnosis, monitoring, and treatment.
Why Medical Safety Standards Matter
In medical device design, power supply reliability is not optional—it’s lifesaving. From hospital-grade monitors to home-use diagnostics, your choice of power supply can directly impact patient safety, system uptime, and global regulatory compliance. Any device that comes into contact with patients or supports life-critical functions must comply with stringent international safety regulations to prevent electrical shock, ensure low leakage current, and provide long-term reliability.
To meet these critical demands, medical-grade power supplies must be certified to:
● IEC/EN/UL 60601-1 – Global safety standard for medical electrical equipment
● 2x MOPP (Means of Patient Protection) – Reinforced isolation between input/output and patient-connected parts
● Low leakage current (< 0.1mA) – Essential for operator and patient safety
● EMC compliance – Ensures immunity to external disturbances and avoids interference with other sensitive equipment
These certifications are not just technical requirements, they are lifelines for equipment deployed in hospitals, mobile medical units, home care, and clinical environments.
From ICU to IoT: The Expanding Demand for Certified Power
The rise of compact medical devices, telehealth equipment, and AI-driven diagnostics has pushed the boundaries of design. Power supplies must be smaller, smarter, safer—and capable of 24/7 operation with no room for failure.
Applications include:
● Patient monitors and diagnostic imaging systems
● Surgical devices and infusion pumps
● Portable and wearable medical equipment
● Medical robotics, analyzers, and ventilators
● Home-use devices in telehealth and connected care
● Point-of-care diagnostic devices (POCT)
● Wearable and mobile medical devices
● AI-based medical diagnostics and analytics systems
These systems require compact, reliable, and globally certified power supplies that deliver consistent performance under the most demanding conditions.
The ARCH Advantage: One of the Most Complete and Compact Medical Power Portfolios
ARCH is one of the few global suppliers to offer a fully certified and size-optimized portfolio of medical-grade power solutions—ranging from ultra-compact AC-DC power modules starting at 15W to high-performance switching power supplies up to 500W.
What sets ARCH apart?
● Certified to IEC/EN/UL 60601-1, 2MOPP isolation, and <0.1mA leakage current
● Power module and switching power supply options, all designed for embedded medical systems
● Ultra-compact module designs—footprints as small as 2.07" x 1.08" and heights under 1"—ideal for seamless integration into space-constrained handheld or wearable devices
● Available in both PCB-mount and chassis-mount formats for maximum design flexibility
● Medical + ITE certified – Ideal for hybrid medical-industrial applications
● One of the broadest power ranges in the market: 15W to 500W
● Efficient, fanless designs for silent operation and longer lifespan
● EMC-compliant, many models without external components
Whether your system requires ultra-low noise, space-saving integration, or long-term durability, ARCH gives you the power to design smaller without compromising safety, efficiency, or global compliance. With ARCH, medical device manufacturers gain more than just power—they gain faster certifications, reduced development risk, and trusted long-term reliability in every watt delivered.
Designed for Medical. Ready for Industrial.
Most ARCH medical power supplies are also certified for ITE/industrial use (IEC/EN/UL 62368-1), making them uniquely suited for applications that cross boundaries—such as medical-grade industrial monitors, diagnostic equipment in factory settings, or lab automation systems. This dual certification expands design flexibility and reduces the need for multiple supply chains—saving time, cost, and qualification effort.
Power tomorrow's healthcare—safely and intelligently—with ARCH.
Whether you're building life-critical equipment or next-gen AI-powered diagnostics, ARCH's certified medical power modules and supplies ensure your designs meet the world's highest safety and performance standards.
30W Medical-Grade AC-DC Power Module with 2MOPP & Multi-Market Compliance
MTC30 Series
The ARCH MTC30 30W ultra-compact AC-DC power module is engineered for medical, industrial, telecom, and ITE applications that demand safety, performance, and space efficiency. With a robust operating temperature...
Details500W Medical & Industrial AC-DC Power Supply with 2MOPP & Class I/II Support
MQF500 Series
The ARCH MQF500 500W AC-DC switching power supply is engineered for high-performance applications that demand efficiency, reliability, and integration flexibility. With up to 93% efficiency and a P.F.C....
Details120W Regulated Output Open Frame / U Bracket / Enclosed Chassis Mount AC-DC Switching Power Supply
MQF120 Series
The ARCH MQF120 120W AC-DC switching power supply delivers reliable and efficient power conversion in a compact footprint, making it ideal for space-constrained environments such as medical devices and high-precision...
DetailsMedical and Healthcare for Medical & Healthcare
ARCH AC-DC power supply applications span control cabinets, medical devices, communication racks and smart energy systems that demand stable, efficient power.
From PCB mount modules to encapsulated AC/DC units and semi-potted designs, our portfolio helps engineers match power, isolation and EMC performance to each application.
Use ARCH reference designs and application notes to simplify design-in, reduce qualification risk and keep your next platform aligned with safety and efficiency standards.
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