Powerstax provides industrial OEMs, medical equipment integrators, and advanced research facilities with state-of-the-art High Voltage DC Power Supplies and Capacitor Chargers. Utilizing advanced Zero Current Switching (ZCS) resonance technology, our high voltage solutions offer exceptional stability, low ripple noise, and ultra-high efficiency for mission-critical duty.
With over three decades of power conversion engineering authority, Powerstax designs and integrates customized HV topologies capable of continuous 24/7 industrial operation with less than 1% field return rate. Our technical teams assist global buyers with precise voltage limits, current regulation, fast arc management, and comprehensive EMC/UL safety compliance.
Whether your application requires high-frequency pulsed power, precision electron beam acceleration, or continuous high-power electro-static processes, our platforms can be tailored in modular rack-mount or chassis enclosures.
Explore standard and modified-standard HV power platforms engineered for maximum uptime, precision stability, and low cost of ownership.
Fast-charging, high-repetition-rate capacitor charging power supplies engineered for laser systems, plasma research, and impulse testing.
Features active voltage limitation and zero-current switching topology.
High-power regulated DC generators delivering consistent, low-ripple high voltage for industrial coating, electro-static precipitation, and ion sources.
Equipped with fast arc protection, voltage limitation, and parallel operation ability.
High-stability electron beam power supply platforms tailored for electron beam welding, additive manufacturing, and accelerator systems.
Includes precise filament control, grid bias regulation, and high dynamic response.
When off-the-shelf units do not fulfill your exact spatial, electrical, or thermal requirements, Powerstax provides comprehensive engineering design services.
Proprietary arc detection algorithms instantly limit fault energy to prevent electrode damage in delicate vacuum or plasma environments.
Seamless integration with plant automation systems via Fiber-Optic, Ethernet, CANbus, or isolated 0-10V analog interfaces.
Choice of oil-insulated, air-insulated, or resin-encapsulated HV modules depending on thermal envelope and operating altitude.
100% burn-in testing, high-potential isolation verification, and full documentation to ensure smooth commissioning on site.
All units include hardware safety interlocks, over-voltage/over-current limiting, short-circuit protection, fast arc detection, and thermal shut-down safeguards to protect both operating personnel and sensitive load equipment.
Yes. Our modular topologies support active current-sharing parallel operation, allowing scalable power systems exceeding 500kW while retaining precise control and master-slave telemetry.
Standard catalog models feature fast manufacturing turnaround, while customized OEM platforms are prototyped and qualified rapidly thanks to our modular building block architecture.
Speak with our senior power engineers to review your voltage, power, ripple, and interface requirements.
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