KENKI DRYER’s ＡＩ

Most of materials that KENKI DRYER takes care of are ones which is difficult to dry with other dryers. Also, change in properties of materials or change in fed amount and moisture contents often happens during actual operation.
On top of that, what is required of KENKI DRYER is to keep moisture contents constant after drying.
To keep moisture contents constant after drying, residence time inside the dryer need to be controlled by adjusting rotation speed of KENKI DRYER’s main body shaft manually according to the types of the materials.

To keep moisture contents constant after drying, residence time inside the dryer need to be controlled by adjusting rotation speed of KENKI DRYER’s main body shaft manually according to the types of the materials.
KENKI DRYER’s AI makes the adjustment automatically instead of manual operation by someone being there.
KENKI DRYER’s AI is a crewless control technology which keeps moisture contents of materials after being dried constant.
If moisture contents after drying is constant, processes after the drying can be done smoothly.
Also, quality of the dried materials is stable, therefore, they can be sold with high price and are easy to be handled.
By our unique AI technology, time to work on the KENKI DRYER become significantly less and you can use the time for other tasks.

With technologies based on 11 patents in 8 countries, KENKI DRYER can dry sticky and adhesive materials that no other dryers can deal with. It can dry any materials easily with simple operation and low cost.
While the main purposes of drying are countermeasures for rising price of industrial waste disposal cost, reduction of amount and cost of industrial waste disposal, and reduction of CO2, they can be achieved efficiently and with no operator by AI technology. A company can increase its profit together with its environmental contribution as the results.

AI based on data accumulated every seconds of temperature at 4 measuring points.

AI automatically controls rotation speed of main shafts per unit time.

In automatic control with AI, system cooperation with IoT which is for remote control is very important. KENKI DRYER’s automatic control with AI uses data accumulated by IoT to improve its accuracy.
By integrating AI programs into PLC, it can be connected to remote control programs of IoT, and the data accumulated in IoT can be used by AI.

ＡＩ・ＩｏＴ