Fluid measurement using high-speed algorithms!
It is possible to measure the velocity distribution of flow fields and movement/displacement from visualized image data of water flow, air flow (wind tunnels, spraying, air conditioning), spraying, object displacement, strain, and facial expression changes. The measurement method supports the concentration correlation method (PIV) and achieves high-speed processing through the adoption of optimized algorithms. Since it can continuously process images over long periods, it is ideal for quantifying and numerically analyzing dynamic changes.
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basic information
● The measurement algorithm supports "PIV" ● Compatible with monochrome, color, high-speed, and high-resolution images ● Measurement is possible from videos shot with digital cameras and camcorders ● Supports long-duration measurements ● Equipped with image preprocessing functions such as image stabilization and background subtraction ● Enhanced various calibration and correction functions ● Improved data reliability through neural network correction functions ● Abundant measurement results such as velocity vectors, vorticity, divergence, and turbulence energy ● Measurement data can be saved as CSV files ● Function to create vector map images/video files for presentations
Price information
Please contact us.
Price range
P4
Delivery Time
P3
Applications/Examples of results
● Flow of water, rivers, and whirlpools ● Flow of air, clouds, flames, and smoke ● Spray measurement ● Explosion, combustion, and thermal fluid image analysis ● Flow of particles and tablets ● Blood flow ● Flow analysis of X-ray, ultrasound, endoscopic images, etc. ● Evaluation of muscle sliding in ultrasound images ● Image analysis of drone aerial photography ● Measurement of vehicle speed, human flow, and traffic volume ● Conveying speed and behavior of paper and film ● Strain and stress analysis of ground, soil types, and civil engineering materials ● Deformation analysis of materials, fibers, etc.
Detailed information
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Fluid analysis of water flow images
Company information
Since our establishment in 1992, we have independently developed user-friendly computer-based general image processing and video processing software, image input devices, and synchronization input devices for images, electrical signals, and audio signals for research institutions in universities and government agencies, as well as research departments in private companies. We have also focused on accurate data acquisition, speedy analysis, and enhancing an easy-to-use GUI menu. Some of our products come standard with a software development kit (SDK), allowing customers to easily build their own systems. In addition, we offer system proposals tailored to our customers and custom software solutions, covering a wide range of fields including physics and chemistry, medical, automotive, machinery, robotics, civil engineering, architecture, and meteorology. We analyze the diverse needs of our broad customer base and aim to develop image analysis products that can respond accurately and flexibly to an increasing number of research and development themes in the future. - Providing accurate and speedy analysis processing using cutting-edge algorithms - Offering an easy-to-use GUI menu available from day one - Standard inclusion of SDK to enable unique development by customers and a robust support system
![[Development Case] Automatic Input of Measurement Data Using an Image Measurement System](https://image.mono.ipros.com/public/product/image/f34/2000859955/IPROS18302419631458909867.png?w=280&h=280)
