Established as a benchmark in industrial power conversion, Shenzhen Wemaxpower Technology Co., Ltd. has pioneered the design and manufacture of high-reliability programmable DC power supplies, high-efficiency DC-DC converters, and advanced power modules. With 7 years of deep-rooted expertise, our core mission revolves around delivering clean, stable, and highly-regulated electrical energy configurations to demanding industries globally.
Our products undergo a meticulous, multi-stage testing process. We cater to major industrial automation segments, telecommunications hubs, research laboratories, and automotive setups. By maintaining rigorous control over component selection and implementing topological advancements in power design, we guarantee that our standalone power units offer maximum thermal performance and electrical resilience under extreme operational circumstances.
An in-depth examination of the electrical topologies, control loops, and semiconductor materials driving next-generation power conversions.
Modern electrical regulations demand minimized line harmonics. Our high-power AC-DC converters implement dual-stage Active PFC circuits. This achieves a power factor of up to 0.99, maximizing line usage efficiency, reducing reactive energy charges, and eliminating grid interference in compliance with EN 61000-3-2 guidelines.
By leveraging switched-mode topology operating at high frequencies (up to 150kHz), our units reduce the volume of internal magnetic cores. This yields compact footprints, superior dynamic load responses, and energy efficiencies of over 96% in buck and step-down configurations.
To shield delicate downstream microprocessors and industrial PLCs, our isolated converters employ optical couplers and high-frequency transformers. This physical separation prevents dangerous ground loops and fault surges from penetrating low-voltage circuitry, keeping personnel and assets secure.
The power supply industry is undergoing a paradigm shift. Traditional silicon-based switches are approaching their physical limits in terms of switching speed and thermal dispersion. Wemaxpower is currently integrating Gallium Nitride (GaN) and Silicon Carbide (SiC) technologies into our new generation programmable DC sources. These wide-bandgap semiconductors display significantly lower on-resistance and parasitic capacitance. The result is a dramatic reduction in conduction and switching losses, enabling even higher power densities and smaller physical dimensions.
Our manufacturing facility in Shenzhen leverages advanced automated assembly lines, precision testing jigs, and a transparent production workflow to ensure stable lead times and defect-free shipments.
Components (MOSFETs, capacitors, magnetic cores) undergo strict incoming inspection (IQC) to ensure absolute electrical stability before production.
IPQC monitors automated solder print and wave soldering joints, performing initial board-level voltage calibrations.
Assembled power units are subjected to functional, insulation, ripple voltage, and load transients verification.
All completed hardware undergoes extended dynamic temperature aging tests under full-load to prevent early infant mortality.
Our strategic location in Shenzhen, the silicon heart of China, allows us to interface directly with primary silicon foundries and raw copper refiners. This geographically compressed supply chain provides us with unparalleled agility. When global component shortages halt production lines elsewhere, our long-term supplier partnerships and massive component buffer inventory ensure that Wemaxpower maintains continuous, uninterruptible delivery schedules.
Furthermore, the integration of automation on our SMT (Surface Mount Technology) assembly lines minimizes manual handling errors. Solder paste inspections (SPI) and Automated Optical Inspections (AOI) capture anomalies down to the micron level, yielding a first-pass yield (FPY) of over 99.2%.
The factory team will deliver you quality-guaranteed orders
Wemaxpower customizes power converters and programmable DC modules to meet the unique challenges of complex industrial applications.
Central offices and cellular towers require absolute dc/dc conversion stability. Our telecom-grade converter arrays deliver low electromagnetic noise profiles (under EN 55032 Class B limitations), high-isolation configurations, and battery-buffered DC backup to prevent carrier downtime.
High efficiency buck-boost converters and heavy-duty 3-stage battery chargers optimize traction batteries and ancillary DC subgrids. Engineered to handle rugged vibrations, our products power everything from golf carts to specialty materials handling equipment.
Sensors, PLCs, and servo actuators need clean power free of grid surges. Our programmable switching sources adapt instantly to dynamic load transients, while built-in thermal derating safety algorithms protect operations from high ambient heat levels.
Compliance with international standards is a core pillar of our operational strategy. Our standalone power supplies bear the CE Mark, proving adherence to key EU directives. We design and test in strict alignment with:
Ensures that electrical equipment within specific voltage ranges provides high-level protection for users. Our designs guarantee optimized creepage distances, high insulation resistance (greater than 100MΩ at 500VDC), and robust grounding terminations.
Verifies that our power modules do not emit disruptive electromagnetic interference (EMI), and remain immune to external electrostatic discharge (ESD) and radiofrequency fields.
To assist global procurement directors, Wemaxpower delivers complete technical construction files, EC Declarations of Conformity, and laboratory test reports upon request. This speeds up compliance clearances during customs audits and simplifies final system-level certification.
When evaluating power hardware manufacturers, procurement specialists must look beyond initial acquisition costs. Total Cost of Ownership (TCO) is heavily influenced by energy efficiency, device MTBF (Mean Time Between Failures), and custom engineering accessibility. Wemaxpower addresses these key metrics directly:
A standalone power supply features a fully integrated protective chassis, optimized internal cooling systems, and dedicated safety input/output connection points. Unlike open-frame units which require installation inside an secondary enclosure to ensure user safety, standalone systems can operate independently. They are designed to meet direct-use criteria and possess full CE safety ratings, making them ideal for laboratory, benchtop, and external industrial deployments.
All our switching power sources implement multi-stage EMI input filters containing X- and Y-capacitors and common-mode chokes. Our internal PCB layout separates high-power switching components from low-power control tracks, minimizing stray capacitive coupling. Additionally, our metal casings serve as Faraday shields, reducing radiated emissions and ensuring compatibility with EN 55032 and EN 61000 standards.
Yes, our DC-DC converter series can be tailored with Constant Current (CC) and Constant Voltage (CV) limiters, which are critical for safe battery charging. Additionally, we manufacture dedicated 3-stage intelligent battery chargers utilizing automated Float/Trickle charge logic to maximize cell life and prevent thermal runaway in lead-acid and lithium configurations.
Under normal operating conditions at 25°C, our industrial power supplies exhibit an MTBF exceeding 100,000 hours. Wemaxpower offers a standard manufacturer's warranty on all products. Our support engineers are available to assist with integration audits and component replacement configurations.
Our IP67 waterproof converters feature fully encapsulated aluminum housings filled with thermally conductive silicone resin. This resin prevents ingress from dust, water, and humidity while damping mechanical vibration. To verify resistance, prototypes undergo sweep vibration testing (10-500Hz) and prolonged submersion trials.
Wemax Power
