Marine high-tech enterprises engaged in research and development, manufacturing, sales, and service
Product List
Multi-mode positioning and communication module
The DeepWaveX4 multimode positioning and communication module offers a wide variety of module configurations, including built-in deep-sea Beidou beacons, deep-sea AIS beacons, integrated deep-sea Beidou units, and TianTong integrated units. The deep-sea Beidou beacon enables high-precision positioning when underwater robots such as AUVs surface.
Acoustic Doppler Current Profiler
The RIV-300 Acoustic Doppler Current Profiler (ADCP) is a new type of acoustic flow measurement device jointly developed by Qingdao Haizhou Exploration and Haiying Jiake. It consists of an ADCP main unit, a data communication cable, and the IOARiver flow measurement software. Typically used for measuring vertical velocity, profile velocity, and cross-sectional discharge, this instrument can be mounted on survey vessels and trimaran platforms for underway measurements. It also supports connection to various external devices such as gyrocompasses, GPS units, and radio stations.
The T-C1-type water temperature sensor, with its compact design and quick-connect mounting method, is highly favored in the marine equipment industry. This temperature sensor boasts numerous advantages, including rapid thermal response time, excellent thermal stability, high-pressure resistance, seismic resistance, and versatile installation options. It can convert temperature variations into standardized output signals that are ready for transmission. Its RS232 communication protocol allows connection to computers, control instruments, display devices, and other equipment, enabling long-distance signal transmission.
CTD350 Temperature, Salinity, and Depth Profiler
The CTD350 temperature, salinity, and depth profiler is designed to measure temperature, salinity, and depth of seawater at depths of up to 350 meters below the sea surface. It features RS232 serial communication and operates at a current draw of 30 mA.
Miniature Waterproof Weather Station
The WT600C micro-meteorological station is a high-precision, integrated meteorological sensor capable of simultaneously measuring six meteorological parameters: wind speed, wind direction, ambient temperature, relative humidity of the air, atmospheric pressure, and rainfall. It features a compact and aesthetically pleasing plastic housing design, making it easy to install and maintain. It boasts an IP68 protection rating, operates on a wide DC8–30V power supply, and comes with a standard RS485 output interface.
The visual recognition system comprises three products: a visible-light visual recognition system, an omnidirectional visual recognition system, and an infrared perimeter-sweep visual recognition system. Among these, the visible-light visual recognition system employs advanced intelligent recognition algorithms and outstanding power management, offering both high recognition accuracy and speed. It can quickly and accurately identify targets and track them in real time, with a maximum recognition distance of up to 3 km, making it ideal for real-time identification of various types of vessels at sea.
The C387 electronic compass is a high-precision 3D electronic compass that provides highly accurate heading information over a full tilt range of ±90° and a roll range of 360°. Equipped with hard-magnetic, soft-magnetic, and tilt compensation, the compass outputs highly accurate measurements that have been calibrated.
Tiantong Transparent Transmission Module
The TTPAetherX all-terrain, all-weather, domestically developed and independently controllable big-data bidirectional communication and positioning module features a compact form factor, easy installation, excellent resistance to both high and low temperatures, a wide range of applications, large data throughput, fast transmission rates, rapid response, and ultra-low power consumption. As such, it is highly favored by various industries—including the marine equipment sector—that rely on satellite communications.
An AIS receiver is a module designed to receive AIS signals, enabling real-time acquisition of AIS information from vessels navigating at sea. This module features a compact design, easy installation, high-temperature resistance, excellent cold-weather performance, a wide reception range, fast response time, and extremely low power consumption. It is widely used in the marine equipment industry. By connecting an AIS antenna via the SMA interface of the AIS receiver, it can capture AIS signals from vessels within a range of approximately 10 kilometers. The received signals are then decoded and output in real time as standardized AIS data through an RS232 standard interface. The RS232 interface can be connected to computers, control devices, display units, and other equipment, supporting long-distance signal transmission.
Underwater temperature and salinity winch
The vast majority of marine observation winches are surface-mounted and do not need to be submerged in water for extended periods; thus, bottlenecks related to dynamic sealing and pressure resistance have received relatively little attention. Currently, there are very few standardized underwater pressure-rated slip rings available on the market—most must be custom-made, which results in a certain trade-off between cost-effectiveness and reliability. Moreover, due to installation constraints associated with the use of waterproof and pressure-resistant underwater electrical slip rings, today’s underwater winches tend to be quite bulky, further raising the threshold for selecting suitable deployment platforms.
Smart Shore-Based Monitoring System
The global shore-based monitoring system, leveraging advanced satellite communication technology, establishes real-time and stable communication links with unmanned marine platforms and sensors, enabling all-weather,全方位 monitoring of offshore equipment. This system features real-time monitoring, intelligent early warning, command and control, and data analysis capabilities. Additionally, it can monitor in real time the operational status of offshore assets such as buoys and wave gliders, and precisely control their navigation paths via a command module. As a result, the system provides invaluable data support for marine scientific research, environmental monitoring, resource exploration, and military defense applications.
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Building 2, Haike Entrepreneurship Center, Aoshanwei Street Office, Jimo District, Qingdao City, Shandong Province
Our Products
A marine high-tech enterprise engaged in the research and development, manufacturing, sales, and service of a full range of wave glider equipment and related core components
