From deep-sea monitoring to cloud-based early warning
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INQUIRY
Direct-reading current needle: a portable and accurate tool for nearshore current monitoring
Ocean currents are the core representation of ocean water movement, and accurate monitoring of their flow speed and direction has important guiding significance for offshore engineering construction, fishery production, marine environmental protection, hydrological scientific research and other fields. As a lightweight, portable ocean current measuring device, the direct-reading current needle abandons the disadvantages of complex operation and cumbersome deployment of traditional large-scale ocean current meters. It uses a design that combines mechanical induction and direct-reading display to achieve rapid acquisition and real-time reading of ocean current parameters. It has become the preferred equipment for ocean current monitoring in coastal, shallow sea and estuary areas, providing reliable data support for on-site decision-making.
2025/09/12
SW50H ultrasonic wind sensor: solid-state intelligent equipment for high-precision wind field monitoring
Real-time and accurate monitoring of wind speed and direction is a core requirement in meteorological observation, industrial safety, environmental monitoring, traffic operation and maintenance and other fields. As an industrial-grade solid-state wind measurement equipment, the SW50H ultrasonic wind sensor abandons the disadvantages of moving parts of traditional mechanical sensors and relies on the core technology of ultrasonic transit time. With the advantages of no wear, high precision and strong adaptability, it has become the preferred equipment for wind field monitoring in various industries, providing reliable data support for wind condition analysis, safety warning and decision-making.
2025/08/23
CTD series temperature and salt depth detector: unlocking the hydrological code of the ocean depths
Accurate acquisition of ocean hydrological parameters is the core basis for revealing ocean circulation patterns, studying ecosystem changes, and carrying out resource exploration and climate assessment. The CTD series temperature and salt depth detector (CTD, the abbreviation of Conductivity, Temperature, and Depth) is the core equipment in the field of ocean survey. With the advantages of multi-parameter synchronous monitoring, high-precision data output, and full-sea adaptation, it replaces traditional distributed measurement tools and has become the standard equipment for scientific research vessels such as "Xuelong 2" and "Ocean 6" and various underwater platforms, providing reliable data support for marine scientific research and marine engineering practice.
2025/08/22
Type 2 ultrasonic wind speed and direction meter: intelligent upgraded equipment for full-scenario wind field monitoring
Real-time and accurate monitoring of wind speed and direction is a core requirement in weather forecasting, production safety, new energy utilization, scientific research and exploration, and other fields. As an iteratively upgraded professional wind measurement equipment, the Type 2 ultrasonic wind speed and direction meter abandons the inherent shortcomings of traditional mechanical structures and adopts the core technology of ultrasonic time difference. With the advantages of no wear, high precision, and all-weather adaptability, it realizes three-dimensional monitoring of wind field parameters. It has become the preferred intelligent equipment for various industries from fixed sites to mobile operations, providing efficient and reliable data support for wind condition analysis and decision-making.
2025/07/10
Type 1 digital barometric pressure gauge: accurate core equipment for atmospheric pressure monitoring
Atmospheric pressure is a core parameter for meteorological changes, environmental monitoring, and scientific research and exploration. Its accurate measurement directly affects the scientificity and reliability of various decision-making. As a monitoring device that integrates high-precision sensing technology and intelligent data processing functions, the Type 1 digital barometer eliminates the safety hazards and cumbersome operation problems of traditional mercury barometers. With the advantages of digitization, portability, and high stability, it has become an essential monitoring tool in many fields such as meteorology, scientific research, industry, and outdoor operations, providing efficient and accurate solutions for atmospheric pressure monitoring.
2025/05/08
Type 1 laser cloud meter: precise detection equipment in the field of atmospheric observation
In the field of atmospheric observation, clouds serve as a "barometer" of meteorological changes. The accurate acquisition of data such as height, thickness, and cloud cover is directly related to the scientific decision-making in many fields such as aviation safety, weather forecasting, and environmental monitoring. As a backscattering lidar equipment based on the advanced meter scattering principle, the Type 1 laser cloud meter breaks the limitations of traditional cloud measuring equipment with its mature detection technology and stable operating performance, and has become the core equipment in meteorological observation, scientific research and exploration and other scenarios.
2025/04/25
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