Premium multi-channel temperature loggers, intelligent multimeters, and high-performance DC electronic loads engineered to satisfy strict international testing thresholds.
Headquartered in the global electronics manufacturing epicenter of Shenzhen, China, Shenzhen Myami Power Technology Co., Ltd. (MYAMI) is a state-level, technology-driven manufacturer and comprehensive solutions provider. We specialize in high-precision, industrial-grade power supplies and electrical test equipment designed for rigorous engineering, laboratory research, and automated production environments.
At MYAMI, we resolve the technical gap between highly complex electronic research, high-voltage component validation, and scalable industrial automation. Our core capabilities center on custom test architectures, real-time data logging, and low-tolerance calibration, positioning us as an elite partner for research institutes, defense agencies, and commercial manufacturing plants globally.
Providing specialized engineering integration and instrument design across multiple critical global commercial supply chains.
Our line of high-resolution Programmable DC Power Supplies delivers ultra-low ripple characteristics (< 1mV RMS) and ultra-fast transient responses. These criteria are fundamental to preventing premature failures when testing sub-micron semiconductor ICs and evaluation board designs during the chip validation process.
Equipped with high-performance battery simulators, our electronic loads provide comprehensive evaluation of On-Board Chargers (OBC), DC-to-DC step-down converters, and Battery Management Systems (BMS). Highly accurate thermal arrays map battery dissipation cycles during real-time fast-charging profiles.
With the rise of smart energy grids and high-voltage energy storage systems (BESS), solar PV inverter designs require robust dynamic testing under variable atmospheric simulations. Our high-voltage programmable electronic loads recreate multi-stage load conditions to evaluate device efficiency ratings.
Operating a zero-defect manufacturing environment. Each instrumentation module progresses through severe calibration, assembly protocols, and aging tests before packing.
Quality control at MYAMI is not merely a final inspection checklist—it is an intrinsic manufacturing methodology. By deploying automated calibration stations and precision thermal ovens, every temperature logger channel undergoes rigorous comparative verification. The resulting datasets are indexed against high-precision reference standards to guarantee immediate traceability upon customer receipt.
Our metrology laboratory maintains primary reference systems to calibrate and align all critical physical metrics.
Every dynamic tester and logging terminal we manufacture operates in environments demanding extreme measurement consistency. To sustain this performance, our calibration loop employs state-of-the-art reference instruments, verifying each device across wide dynamic load bands.
Serving major engineering centers across North America, Europe, East Asia, and the Middle East with native field integration services.
Supporting automotive component test benches in Michigan, Ohio, and California. We deliver units compatible with local power standards, offering custom calibration services aligned with NIST-traceable criteria for ISO/IEC 17025 certified labs.
Fully compliant with CE directives, RoHS environmental guidelines, and WEEE waste requirements. Our local EU distribution hubs expedite spare parts logistics and supply on-site calibration records, reducing downtime for critical manufacturing lines.
Integrating directly with rapid manufacturing lines via standard industrial communication links (RS485, Modbus, CAN-bus). We provide low-latency automation support for consumer electronics, battery packs, and sub-assembly validation setups.
Translating theoretical simulation targets into highly reliable hardware. A detailed look into our specialized research, design, and validation processes.
At our core design facility, engineering teams employ advanced thermal simulation models and circuit analysis tools to optimize power efficiency and reduce noise margins. Our R&D verification process relies on the specialized laboratory instruments pictured here to analyze transient characteristics, verify dielectric strength, and ensure robust signal integrity across all operating bands.
Our long-term developmental blueprint focuses on higher integration density, smart communications, and cloud-enabled calibration interfaces.
As modern power electronic systems shift toward Silicon Carbide (SiC) and Gallium Nitride (GaN) technologies, they require faster slew rates and transient response capabilities. We are redesigning our active load topologies to handle high di/dt demands without compromising voltage stability.
Future MYAMI temperature recorders will incorporate robust wireless interfaces, supporting distributed Mesh sensor deployment. This layout enables real-time thermal profiling of massive manufacturing floors and high-performance battery banks without complex wiring runs.
Developing integrated software suites that automate standard-compliant calibration logs. By linking calibration history directly to localized cloud systems, customers can track drift indicators and schedule preventative maintenance before tolerance limits are exceeded.
Addressing core technical questions from engineering managers and quality assurance auditors regarding MYAMI equipment.
Explore our highly reliable handheld temperature recorders, benchtop data acquisition terminals, and automated load analyzers.
Myami Power