Established in Guangzhou, China, in 2003, GUANGZHOU MATRIX POWER TECHNOLOGY LIMITED has spent over 20 years engineering high-caliber power test equipment. What began as a dedicated R&D hub has evolved into a global titan in manufacturing and exporting regulated DC power supplies and specialized AC power sources.
Today, our mission remains focused on delivering reliable, durable, and highly stable instruments. Through state-of-the-art laboratory testing and production optimization, we ensure that matrix power devices operate flawlessly in research facilities, high-throughput manufacturing lines, and engineering universities worldwide.
Guangzhou benefits from the unmatched electronics supply chain ecosystem of South China. By leveraging this proximity, we source premium components with short lead times, allowing us to perform rapid customized modifications to chassis layouts, cooling structures, and safety configurations.
Every AC and DC power source undergoes a rigorous, multi-tiered verification process. From component-level burn-in to simulated full-load environment stresses, we strictly enforce ISO9001, CE, and RoHS protocols, ensuring compliance with global electrical safety parameters.
Unlike standard off-the-shelf system resellers, our engineering team modifies core programming interfaces, analog control protocols, and custom high-voltage ranges to directly align with the mechanical and technological requirements of international manufacturing systems.
As microgrids, photovoltaic arrays, and wind turbine deployment continue to surge globally, the demand for programmable power systems has skyrocketed. Modern test benches require simulated grid disturbances to prove product reliability. Power systems must be capable of generating:
Manual testing setups are rapidly being replaced by fully automated test equipment (ATE) lines. This transition demands sophisticated communications infrastructure within bench supplies. Matrix Power incorporates advanced digital protocols to support automated workflows:
With electronic control units (ECUs) and battery management systems operating on varying voltage rails, our programmable high-precision systems provide repeatable start-stop voltage dropouts, simulating the demanding load conditions of automotive electrical systems.
Avionics electronics operate under specific electrical profiles, notably 400Hz frequency standards. Our robust AC testing sources are built to simulate these extreme environments, providing frequency adjustments that keep commercial and defense components safe during aerospace validation.
Silicon components require highly stable, ultra-low noise power configurations. Matrix linear DC power supplies ensure clean DC voltage outputs, enabling silicon verification and laboratory diagnostics to run without interference from high-frequency switching noise.
International compliance standards are mandatory for modern engineering integration. We maintain an up-to-date compliance matrix to guarantee smooth entry through customs and integration into enterprise-level projects:
Shipping precision instrumentation globally requires comprehensive structural packaging and supply-chain logistics. Matrix Power implements customized export standards to prevent transit damage:
2025 South China Testing and Measurement Industry Conference and Exhibition
2025 South China Testing and Measurement Industry Conference and Exhibition
2025 South China Testing and Measurement Industry Conference and Exhibition
2024 Munich Exhibition in Germany
2024 Munich Exhibition in Germany
2024 Munich Exhibition in Germany
EXPO ELECTRONICA International Exhibition
EXPO ELECTRONICA International Exhibition
EXPO ELECTRONICA International Exhibition
electronicAsia Industry Trade Show
electronicAsia Industry Trade Show
electronicAsia Industry Trade Show
Linear DC power supplies offer extremely low output ripple, fast transient response times, and minimal electromagnetic interference. This makes them ideal for sensitive RF testing and laboratory applications. Switching power supplies, on the other hand, provide higher power density, smaller footprints, and significantly greater energy efficiency, making them the preferred choice for industrial manufacturing and space-constrained test setups.
Yes. Matrix programmable AC power sources can be programmed to simulate a wide range of grid anomalies. Using these programmable interfaces, engineers can simulate sudden voltage drops, phase displacements, frequency shifts, and harmonic distortions. This capability is critical for validating compliance with international grid standards before shipping equipment worldwide.
Our programmable power supply lines come equipped with multiple control options, including standard RS232, RS485, and USB interfaces. These interfaces support commands for seamless integration into automated test equipment (ATE) setups, laboratory automation software, and automated quality assurance platforms.
Quality control is embedded throughout our entire manufacturing workflow. Every system undergoes full-load burn-in testing, structural vibration checks, and voltage isolation verification. By adhering strictly to ISO9001 protocols and utilizing high-grade internal components, we ensure that our power systems operate reliably under continuous industrial workloads.
By leveraging the robust component supply chain in Guangzhou and South China, we can complete standard modifications in 2 to 4 weeks. This includes custom programming, changes to analog control systems, and specific mechanical layouts. Large-scale OEM/ODM project timelines are determined after our engineering team reviews the technical requirements.
Yes. All Matrix power instruments are CE certified and fully compliant with RoHS directives. Our products are exported to over 80 countries, meeting the rigorous import regulations and safety requirements of markets across North America, the European Union, South America, and the Asia-Pacific region.
Connect with our expert engineering team in Guangzhou to request quotes, discuss customized technical specifications, or initiate OEM/ODM designs tailored to your local requirements.
Contact Our Technical Engineers