GNR filter is the first reliable solution for grain noise reduction, and is included in all SITAU phased-array system.

·   Improve your Austenitic Steel, Fiberglass and Carbonfiber inspections.

·   Simple operation without user defined parameters or extra settings.

·   Real time operation (no PRF reduction)

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GNR filter is based on the “Phase Coherence Imaging Technique”, patented by CSIC and licensed exclusively to DASEL, an innovative technology received the “Outstanding Paper Award 2009” from IEEE Ultrasonics, Ferroelectrics and Frequency Control Society.

Complete your SITAU Phased-Array system with the power of  GPU’s by this software package developed for PyOpenCL, the most extended multi-platform programming language.

· Acquired data can be easily handled and plotted using Python packages, such as, Scipy, Numpy, etc.

· Includes a novel technique that combines Phased-Array and Synthetic Aperture Technique (SAFT) to obtain 3D images at high speed.

· Includes Python examples for most imaging modalities.

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Undoubtedly the most advanced technology of the SITAU series, allowing simultaneous control of up to 1024 ultrasound channels. SITAU FP becomes a powerful tool for Ultrasound Laboratories and Research Centres, providing the maximum possible flexibility.

· Matlab, LabVIEW, C++ and Python libraries.

· Easy integration with GPU processors by a provided toolkit.

· Example codes for Synthetic Aperture Techniques (SAFT), Full matrix capture (FMC), total focusing method (TFM) and Phased Array (PA).

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Take advantage of a high-end phased-array system in your day-to-day inspections. SITAU PRT is the first portable phased-array equipment that includes all of the advanced features of a high-end desktop system.

· Progressive focusing: Get the best possible image quality by focusing at all depths and avoid setting the focus position.

· Grain noise reduction filter (GNR): A unique image processing technique that reduces grain noise while preserving defects indications.

· Autofocus: A fully automated process detects the surface profile of the part, calculates the focal laws and programs the equipment to get the best possible image.

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