MTE Instruments products

The Viking buoy from MTE Instruments is engineered specifically for rigorous oceanographic data collection, designed to withstand the most challenging marine environments. This buoy is outfitted with a unique CTD (Conductivity, Temperature, Depth) profiling winch for detailed and accurate measurements at various depths, crucial for studying thermal structures and ocean currents. Its constructed of corrosion-resistant materials and advanced stabilization systems, ensuring reliability and longevity even in harsh conditions. The integrated wireless communication systems facilitate real-time data transmission, allowing immediate access for rapid analysis. Equipped with long-lasting batteries and solar panels, it provides extended autonomy, essential for long-term monitoring missions. This robust buoy accommodates various additional sensors and is fully compatible with the OceanSIP data visualization platform, making it a powerful tool for scientific research and marine resource management. Its user-friendly interface and easy deployment make it a versatile and essential asset for various oceanographic applications.

The BeDNA Land-Based eDNA Sampler is an innovative solution for periodic sampling from oceanograhic buoys. The system is ready to install on an MTE or third party buoy. This system automates the collection of environmental DNA from water, enabling researchers, environmental agencies, and marine industries to efficiently track biodiversity, detect invasive species, and assess ecosystem health without requiring constant fieldwork.

Underwater cabled observatories represent a sophisticated technological solution designed for the continuous and precise monitoring of maritime environments. These observatories consist of multiple interconnected modules integrated via a robust wired network, capable of collecting, analyzing, and transmitting oceanographic data in real-time. The infrastructure is engineered to withstand corrosion and high-pressure conditions while remaining anchored in place. Equipped with diverse sensor arrays, these observatories monitor a range of parameters including water temperature, salinity, ocean currents, turbidity, depth, and essential chemical properties like dissolved oxygen, pH, and CO2 levels. Employing high-speed underwater cables facilitates real-time data transmission, with wireless features further enhancing flexibility. These systems are vital in applications ranging from scientific exploration and marine resource management to natural disaster prevention and port surveillance, contributing significantly to comprehensive environmental protection efforts.

The MiniWinch Vertical Profiling System is an advanced device tailored for automatic oceanographic data collection across various depths. It is designed for long-term use in remote areas, offering a cost-effective solution. The system's intelligent algorithm assesses weather conditions and battery levels to ensure consistent and safe operation, preventing potential equipment damage. With real-time communication, users can access instant data for analysis, promoting effective oceanographic studies. Automated data transmission reduces manual tasks, supporting uninterrupted data flow. The MiniWinch is remotely accessible via Ethernet, cellular, or satellite networks, enhancing flexibility in data access and system control. Seamlessly integrating with the OceanSIP cloud database, it simplifies data management and visualization. Built with corrosion-resistant materials, the MiniWinch promises durability in harsh marine environments. Technical specifications include a maximum depth of up to 350 meters and a profiling speed of up to 48 cm/s, making it compatible with various oceanographic instruments.