TECOTEC Technology engineers hydroacoustic and ocean pressure simulation systems for the most demanding maritime environments. Our solutions are built for shallow tropical waters, island coastlines, and high-noise littoral zones where standard deep-ocean systems and commercial off-the-shelf (COTS) tools often fail. Warm water, strong reverberation, and multipath propagation are treated as design inputs, not limitations.
TECOTEC designs hydroacoustic and ocean pressure simulation systems around shallow waters, high noise, warm temperatures, and complex multipath where standard solutions fail.
Our commitment is measurable performance, validated through traceable calibration, controlled pressure simulation, and repeatable data.
TECOTEC operates a custom indoor test tank and underwater acoustic laboratory optimized for precision calibration. The facility supports IEC 60565 requirements for hydrophone calibration and transducer characterization.
Open tank testing enables near free-field conditions. This allows accurate measurement of sensitivity, impedance, and directional response (beam patterns) without the excessive reverberation common in small steel pressure vessels.
Calibration workflows use reference hydrophones, automated measurement sequences, and traceable standards. Results meet the repeatability and documentation requirements of naval, industrial, and research-grade acoustic systems.
The LF-500 operates as a full ocean pressure simulator, combining controlled hydrostatic loading with acoustic and environmental modeling.
By pressurizing the test volume to simulate 200-meter depth conditions, the system verifies the structural integrity and functional stability of wet-end transducers, housings, and subsea connectors.
Integrated ray-tracing and broadband shallow-water simulations allow operators to model attenuation, reflection, and boundary effects. This creates a virtual ocean inside the pressure tank, enabling direct comparison between simulated predictions and measured acoustic data.
