Gentos are devoted to provide the solutions with our customers to realize the effective utilization of the fluid resource, energy conservation, reduction the loss of fluid resource and accurate metering.
The application areas not only include the conventional BMS industry, HVAC, aquaculture, energy audit, water supply, chemicals, the urban heat thermoelectric industry and the measurement and research institute, but also with the “quantum time” patented technology, our products are successfully applied to the Chinese Aerospace industry.
Besides, the export products have been rewarded the Control & Innovation Award for the year 2008 in United States. And our flow meters are also successfully used in the energy monitoring system of American Air Base and fuel consumption measurement application system of the U.S. Navy submarine.
After these years’consistent hard work, our SiteLab flowmeters have spreaded more than 40 countries. And also we have established the good business relationship with many excellent distributors, supplying the ODM and OEM services.
Our flowmeter have been sold to the United States, Japan, Middle east, south America, Germany, Italy, and etc.
Unique technology for dynamic flow, innovated specially for China Aerospace Industry.
Picofly used in ultrasonic flowmeters can reach an ultra fine time resolution in picosecond grade.
Piofly Circuit uses 1.4 million gate array to construct a holographic signal process.
Picosecond time resolution greatly enhances the flow velocity sensitivity and tracts the real fluid dynamics.
Flowmeters with Picofly perform significantly in very fast response and very accurate flow measurement.
We refine the ultrasonic flow meter by inventing the“picofly" quantum time transit technology, and this technology has been successfully applied in our new products. With this technology, we make the ultrasonic transit time reach to picoseconds level.
With more than 20 years experience, we have our professional R&D team, scientists and engineers careering for ultrasonic flow and time measurement.