We deliver modular and scalable control platforms such as PXI systems, and multi-channel DAQ modules, designed for real-time measurement, monitoring, and automation. These systems allow seamless integration of sensors, actuators, and industrial communication protocols, making them highly adaptable for complex testing environments, manufacturing automation, and academic research. Whether you are running a high-speed data acquisition experiment, a hardware-in-the-loop (HIL) simulation, or a production-level automated test setup, our solutions ensure deterministic performance, flexibility, and accuracy.
Haliatech supplies a wide variety of high-precision sensors and transducers, including load cells, strain gauges, accelerometers, pressure sensors, flow sensors, and displacement sensors. These devices are critical for applications such as structural health monitoring, automotive durability testing, aerospace reliability studies, and energy system monitoring. By pairing these sensors with advanced DAQ hardware and software, clients can obtain realtime, high-resolution data that supports predictive maintenance, product validation, and performance optimization
Through partnerships with global leaders, we offer a full suite of electronic test and measurement instruments. This includes oscilloscopes, spectrum analyzers, function generators, digital multimeters, power supplies, and signal analyzers. These tools are essential for circuit characterization, RF and wireless testing, power electronics validation, and compliance with international standards (ISO, IEC, MIL-STD). By combining these instruments with Haliatech s integration expertise, clients benefit from streamlined testing workflows, automated data logging, and higher measurement accuracy.
To support universities, vocational schools, and research institutes, Haliatech supplies academic training kits and development platforms. These kits are designed to provide hands-on experience in embedded systems, FPGA design, robotics, industrial automation, and data acquisition. By bridging theory and practice, these educational tools prepare students and researchers to engage with real-world engineering challenges, while equipping institutions with scalable platforms that can grow with their curriculum and research needs.
