Low-Frequency Low-Noise Accelerometer

Based on resonant sensing and QMEMS processes, these accelerometers convert acceleration directly into a frequency output, offering ultra-low noise, compact size, low power, and long-term stability. They can observe Earth solid tides and support both gravity-field micro-change measurement and broadband seismic monitoring. With independent IP, they are used in aerospace, marine, semiconductor, seismic, and satellite applications, covering inertial navigation, disaster prevention, and precision monitoring.
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Quartz vibrating beam accelerometer

As the core device of navigation and control system, VA1000 quartz vibrating beam accelerometer has been widely used in attitude control fields such as space aircraft, radar antennas, reconnaissance cameras, and unmanned equipment such as ocean engineering, robots, drones, and new industrial fields such as new energy.
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High precision inertial measurement unit

The HG3200 is a micro-electro-mechanical Systems (MEMS) -based inertial measurement unit (IMU) designed to address a range of application needs in different markets, including agriculture, auv, industrial equipment, robotics, surveying/mapping, stabilization platforms, transportation, unmanned aerial vehicles, and UGVs.
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Accelerometer test system

AT1000/AT2000 accelerometer automatic test system in order to meet the needs of high-precision accelerometer test, in strict accordance with the national military standard test specification (GJB1037A-2004), the use of automatic program control mode to control the accelerometer ambient temperature and position. Through one test, batch accelerometer signals can be collected, multiple accelerometer tests and calibration can be completed, and the efficiency of accelerometer calibration and testing can be greatly improved, which is suitable for scientific research and mass production.
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