We measure various natural phenomena in different fields on Earth with innovative technology.
Since there are no moving parts, it can be measured at 0 m/s or higher.
Industrial anemometer. Usable in explosion-proof areas, high-temperature areas, and dust areas!
A high-temperature wind sensor (up to 120℃) has been developed! You can easily understand the wind speed distribution around the engine and radiator!
Cooling effect can be easily analyzed! Wind speed distribution in a narrow space can be measured simultaneously at 16 points! It is now possible to analyze the cooling effect within electronic devices where warm air flows.
We offer a wide range of anemometers of various types that live up to the name "Kaze no Hikari Shin."
It has become possible to conduct thermal cooling analysis that I thought was impossible, verify simulations, and measure wind speed distribution in narrow gaps! Such as a high-temperature digital 4-channel anemometer.
A measuring device that determines wind direction and wind speed by attaching three wind cups and arrow feathers to a rotating vertical axis, and using magnetic/electrical/optical conversion of the rotation (wind speed) and position (wind direction) of the vertical axis.
A wide variety of products are available, including those with excellent chemical and environmental resistance, explosion-proof options, and products capable of high-precision measurement at low flow rates!
We will implement the monitoring and control of equipment status, as well as the measurement system for experimental data, in LabVIEW for the wind tunnel experimental facility.
Operating the system at the appropriate airflow is important for improving productivity and stabilizing product quality. Accurately measuring airflow with an orifice-based airflow meter.
A low-cost and flexible wind tunnel that can adjust the airflow area by connecting 70cm square units. It also allows for functionality expansion with a variety of options!
Anyone can easily conduct wind tunnel experiments! You can measure air resistance with your bicycle and your form. It can also be used for research and development purposes related to bicycles.
Even in areas with poor radio wave conditions, operations are conducted in a LAN environment as a countermeasure against heavy rain and sudden downpours.





































































































