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Ultrasonic Integrated Weather Station – Automatic Meteorological Monitoring System for Weather and Environmental Monitoring
FS-YTQX-001 Compact Integrated Weather Station is widely used for environmental monitoring. It integrates optical rainfall, wind speed and wind direction, as well as temperature and humidity sensors into a single unit. The device adopts the standard MODBUS-RTU communication protocol with RS485 signal output. The communication distance can reach up to 2000 meters, enabling data transmission to customer monitoring software or PLC/SCADA systems via RS485. It also supports secondary development.
The built-in electronic compass (optional) eliminates installation orientation requirements; only horizontal installation is required. It is suitable for mobile applications such as marine vessels and vehicle transportation, with no directional constraints during installation.
This product is widely used in applications requiring measurement of ambient temperature, wind speed, and wind direction. It is safe, reliable, aesthetically designed, easy to install, and durable.
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Tipping Bucket Rain Gauge – Automatic Rainfall Measurement Sensor for Weather and Hydrological Monitoring
This instrument serves as a primary sensor for precipitation measurement. Its core component—the tipping bucket—features a 3D streamlined design that ensures smoother water discharge while offering self-cleaning capabilities and ease of maintenance. It supports both pulse and RS-485 signal outputs, allowing for direct rainfall readings without the need for secondary calculations, making it simple and convenient to use. The instrument comprises a housing, filter, rain collector, funnel, tipping bucket, terminal block, support legs, reed switch, control box, and base. The tipping bucket utilizes an integrated positioning structure for its shaft sleeve, with the bucket mounted on bearings via its shaft. As the internal components are fully assembled prior to shipment, no on-site internal assembly is required, thereby simplifying the installation process.
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Vibrating Wire Piezometer – High-Precision Pore Water Pressure Sensor for Geotechnical and Groundwater Monitoring
The FS-ZXSY-001 vibrating wire piezometer is designed for long-term installation in hydraulic structures, concrete structures, soil structures, or within soil masses to measure seepage (pore) water pressure, while simultaneously measuring the temperature at the installation point.
With optional accessories, it can be used in piezometer tubes and foundation boreholes. The instrument features a fully stainless-steel structure with a compact size of 24 × 120 mm, allowing easy installation in confined spaces. It also includes parameter identification functionality.
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Magnetostrictive Weir Flow Meter – High-Precision Open Channel Flow Measurement and Water Level Monitoring
The FS-LSYJ-001 magnetostrictive weir flow meter is designed for long-term water level monitoring in rivers, lakes, reservoirs, and dam weir structures. It is an effective device for monitoring water level and flow variations.
The instrument uses a magnetostrictive liquid level sensor for measurement, featuring high resolution, excellent stability, reliable performance, fast response, and long service life.
Key features include linear measurement, absolute position output, contact-type continuous measurement, and non-wearing operation. The sensor requires no calibration or routine maintenance. Multiple output signals are available (RS485, voltage, current), and the device is easy to install.
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Remote Terminal Unit (RTU) – Remote Data Acquisition and Monitoring System for Water Resources and Environmental Monitoring
FS-YCZD-001 Hydrological Telemetry Terminal is a dedicated data acquisition terminal designed in accordance with water conservancy industry standards. The design fully complies with industrial-grade standards and the requirements of the water resources sector. It adopts a high-performance industrial-grade advanced processor, and incorporates multi-level software diagnostics and multiple hardware protection mechanisms to enhance system stability.
This product is widely used in remote monitoring and control applications such as hydrology, water resources, geological disaster monitoring, meteorology, environmental protection, and new energy.
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GNSS Receiver – High-Precision GNSS Positioning and Navigation System for Surveying and Geospatial Monitoring
FS-GNSS-001 Receiver is a cost-effective, low-power, highly integrated, and edge-computing GNSS monitoring receiver developed specifically for geological slope monitoring applications. It integrates multiple measurement functions, including 3D displacement, inclination, and acceleration.
It can be widely used in geological disaster monitoring, mining monitoring, reservoir dams, high slope monitoring, highway slope monitoring, and building deformation monitoring.
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Software Service/Software as a service platform, enterprise software development service, custom software service provider, cloud based software service
Multiple service models to meet diverse needs
Focusing on core customer needs, we provide flexible, reliable, and scalable data visualization solutions,empowering industries to achieve data-driven, efficient operations and informed decision-making.
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UAV-Borne Polarimetric Hyperspectral Imaging/drone based polarimetric hyperspectral camera, UAV polarimetric hyperspectral sensor system
A rotary-wing UAV remote sensing platform integrating polarimetric/hyperspectral technologies. Pixel-coregistered push-broom imaging solves traditional spatiotemporal mismatch, with airborne-ground closed-loop control for high-precision quantitative remote sensing.
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RASP200 Underwater Noise Analyzer
The RASP200 Underwater Noise Analyzer is a real-time system for the analysis and transmission of underwater noise. Building upon core strengths in low power consumption and low intrinsic noise, it supports dual operational modes: autonomous recording and real-time online transmission. Featuring a compact and lightweight design, the device can be deployed on buoys, seafloor platforms, or mobile observation platforms. It is equipped with a built-in rechargeable battery providing an autonomous endurance of ≥48 hours; alternatively, it can be powered by the host platform for long-term, continuous online monitoring, transmitting real-time noise data and spectral information via Ethernet or RS485 interfaces.
Multiple units can leverage the host platform’s clock to facilitate distributed, synchronized observations with a synchronization accuracy of better than 1 μs. The system is widely applied in fields such as marine noise online monitoring, acoustic tracking of marine mammals, and underwater engineering noise assessment, and is available in versions tailored for both coastal and deep-sea environments.
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HY-DUAR-SHAR Smurf Self-contained Hydrophone Array
HY-DUAR-SHAR is a deep-sea digital hydrophone designed on a ultra-low-power platform. Compact and highly portable, it enables high-precision acquisition of underwater acoustic signals and supports long-duration autonomous operation. The device features a high-speed USB interface for direct connection to a computer, allowing for data retrieval without the need to open the housing. It supports synchronized cable-based array configurations, expandable up to 128 elements, with a synchronization accuracy superior to 1 μs—ensuring that timing errors do not accumulate over time.
With self-noise levels lower than Sea State 0, its pressure-resistant titanium alloy structure is engineered for deep-sea environments down to 6,000 meters. Widely deployed in marine acoustic surveys, deep-sea scientific research, bio-tracking, environmental noise monitoring, and large-aperture array observations, Smurf stands as the premier choice for portable deep-sea acoustic observation.
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HY-DUAR-ARMS Infrasonic Noise Monitor
The HY-DUAR-ARMS Underwater Acoustic Noise Monitor is an underwater noise monitoring instrument. It is an integrated acoustic signal acquisition device designed for applications such as marine acoustic monitoring, underwater scientific exploration, and underwater noise measurement. The product features core advantages including a wide frequency response range of 10 Hz to 10 kHz, low equivalent self-noise, and high receiving sensitivity. Utilizing a self-contained, integrated design, it is capable of independently performing in-situ acquisition and storage of underwater acoustic signals without the need for complex external acquisition equipment.
With its stable performance and precise measurements, the ARMS Underwater Acoustic Noise Monitor serves as an ideal specialized instrument for marine environmental monitoring, underwater engineering surveys, and acoustic marine research.
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ULAR200 Ultra-Low Power Self-Contained Acoustic Recorder
The ULAR200 series consists of ultra-low-power, self-contained underwater acoustic sensing devices. Featuring embedded low-noise signal processing modules and utilizing piezoelectric sensing technology, these devices enable the simultaneous acquisition of underwater acoustic signals and depth/temperature data, as well as long-duration, autonomous recording. The devices’ self-noise levels are lower than those of Sea State 0 conditions; furthermore, their ultra-low-power architecture ensures stable and reliable operational endurance. The series supports synchronized multi-device array deployment—achieving synchronization accuracy superior to 1 μs—with array apertures capable of covering the full ocean depth.
