Problems related to coolant (spoilage, odor, foaming, rough skin, contamination, discoloration, etc.) are diverse.
If these problems occur, the effectiveness of the coolant (lubricity, cooling performance, etc.) will not be fully realized,
leading to quality issues in cutting and turning.
As shown in the data above, when the coolant concentration is between 8.5 and 10%, the rise in tool temperature and torque is suppressed, maximizing the coolant’s effect.
Thus, coolant concentration is extremely important in machining.
By using COOL-i, monitoring for the purpose of managing coolant concentration, temperature, and pH is possible.
Automatic sampling is performed from the coolant tank, and management can be done on a PC or the cloud.
The obtained data supports your company’s coolant management.
COOL-i® is available for purchase or rental.
COOL-i® is a coolant management system that constantly and simultaneously measures the temperature, concentration, pH, and contamination level of water and water-soluble coolants (cutting oil).
Installation is easy: just insert the hose into the tank. It runs on a household 100V power supply.
The liquid is circulated inside the device, constantly and automatically measuring and storing data for the five items mentioned above. It can take over the troublesome management of coolant liquid entirely.
Simple setup, just install next to the tank.
The drawn-in liquid is
returned to the tank and circulated after sensing.
Data can be confirmed remotely from a web application
Dimensions | 250×190×560[mm] |
---|---|
Mass | Approx. 10[kg] |
Power Supply | AC100V |
USB Port | 1 port |
LAN Port | 1 port |
Wireless | Wi-Fi available |
Recording Frequency | 1, 5, 10[min] (Selectable) |
Data Transmission Method | Wired LAN, Wi-Fi (Selectable) |
Data Server | Cloud, On-premise (Selectable) |
WEB App Functions | Time-series data display, Alert function |
Measurement Items Standard Function |
Brix, Contamination Level, Liquid Temperature, Room Temperature, pH |
---|---|
Measurement Items Option |
Oxidation-Reduction Potential (ORP) |
Measurement Range (Resolution) Brix (Concentration) |
0~30(0.1)[%] |
Measurement Range (Resolution) Contamination Level |
0~100(1) |
Measurement Range (Resolution) Liquid Temperature・Room Temperature |
5~50(0.1)[°C] |
Measurement Range (Resolution) pH |
0~14(0.1) |
Measurement Accuracy Brix (Concentration) |
±0.5[%] |
Measurement Accuracy Liquid Temperature・Room Temperature |
±0.1[°C] |
Measurement Accuracy pH |
±0.2 |
① Extract brightness profile of an arbitrary line
② Differentiate the brightness profile
③ Read the pixel position of the differential minimum value (Brix)
④ Normalize the current position (C) based on the differential minimum value (S) of new fluid
(Refer to the figure on the right)
Achieve appropriate coolant management
by maximizing the effect of cutting oil and suppressing processing quality issues.
At a certain factory, coolant checks were performed daily on 20 machine tools.
Coolant was sampled, checked with a device, and the record was written down on paper.
After introducing COOL-i, these routine tasks can now be checked and recorded on a PC or tablet without even going to the factory.
We have compiled frequently asked questions.
We welcome questions other than those listed below, so please feel free to contact us.