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Measurement of sub-millimeter and microscale flow fields has been difficult with conventional probe methods due to size limitations.
There were issues such as insufficient spatial resolution with the use of LDV and other methods. Our company offers a micro PIV system that can accommodate various applications by utilizing long working distance optical microscopes, 3D measurement technology, and unique optical systems.
Measurements can be efficiently conducted in areas near the wall where there is significant shear.
It is a "three-dimensional (3D) three-components" measurement system that truly measures the three components within the full volume, rather than a two-dimensional measurement that measures the flow within a thin sheet of light.
It is possible to visualize and quantify the particle formation process as well as the flight conditions.
This is the long-awaited particle measurement system using the Direct Image Technique (DIT). It is a basic system for particle measurement that utilizes background illumination and direct imaging. Unlike other laser-based methods, it is characterized by its ability to measure a variety of particles, including spherical/non-spherical, transparent/opaque, and liquid/powder/bubble types.
A particle measurement system that smoothly integrates visualization and quantification.
It is a high-precision particle measurement system capable of depth of field checks. This system overcomes the decrease in measurement accuracy due to the effects of depth of field, which was considered a drawback of the DIT method.
We also accommodate individual customization.
This is a PIA system for measuring dense particle groups using a uniquely developed endoscope. *The development of this system was supported by funding from the Japan Science and Technology Agency's Creative Model Project in the fiscal year 2007. Patent pending.
