Wireless Data Acquisition and Monitoring by Microstrain
Reliable, wireless data acquisition by Microstrain. Monitor infrastructure, machinery & environments with lossless, long-range DAQ systems.
Microstrain by HBK offers cutting-edge inertial sensing technology, delivering high-precision motion tracking and orientation measurement solutions. These sensors enable accurate data capture critical to industries such as aerospace, automotive, robotics, and defence.
Imagine an autonomous drone navigating complex environments with pinpoint accuracy, seamlessly adjusting its flight path despite challenging weather conditions. Microstrain’s inertial sensing technology makes this possible by providing highly accurate real-time orientation and motion data. In the automotive industry, this precision ensures vehicles achieve superior stability control and enhanced safety features during critical driving scenarios. Microstrain sensors also empower advanced robotics, enabling robotic arms to perform delicate operations with unparalleled accuracy and consistency, vital for intricate manufacturing processes.
Our inertial sensing solutions uniquely leverage advanced sensor fusion, integrating inertial measurement units (IMUs), gyroscopes, and accelerometers to provide comprehensive motion analysis. The ability to capture and process real-time data ensures immediate feedback, enabling swift and informed decision-making within a closed-loop ecosystem . This exceptional capability is essential for mission-critical applications, particularly in autonomous vehicles, drones, and robotics, where precise navigation, orientation, and stability directly translate into operational success and safety.
NVMS are authorised channel partners in Australia for Microstrain, a division of HBK. For over 30 years, NVMS has proudly represented Brüel & Kjær and HBM (now part of HBK). We have consistently achieved this through a deep commitment to understanding our clients' unique needs and delivering tailored solutions that align with their strategic business objectives.