Cooling Nylon Parts and Brushes with the Adjustable Spot Cooler

A robotics company called last week looking for a recommendation for a cooling device to use in their nylon plastic machining operation. They have a six axis robot, fitted with abrasive brushes, that “cleans” the part profiles as they are being moved from the milling area to the inspection location. The brushes were effective in removing the fines and particulate from the parts but they were starting to experience an increase in the amount of rejects as the brushes were generating heat, causing deformities to the profile.

Their initial thought was to use a liquid type method of cooling but with the parts having some small recesses and cavities that might trap fluid, this wasn’t going to be a reliable option for them. Another area of concern with using an air cooling device, was if the airflow was too forceful, the smaller parts they process may have the potential to “move” while being held by the robotic arm which could scratch or blemish the part.

After further conversation about the process, I recommended they use our Adjustable Spot Cooler in the application. The Adjustable Spot Cooler incorporates a Vortex Tube to produce a cold airstream as low as -30°F with an ambient air supply temperature. Using the temperature control valve, they can easily adjust the temperature drop and the volume (SCFM) of air being exhausted, to “dial” in the device to provide an adequate level of cooling while controlling the outlet flow to not disrupt the hold on the part itself. With the integral magnetic base and flexible tubing, they could easily mount the unit to the arm of the robot while directing the cold air to blow across the brushes and the part to keep them cool.

Model # 3825 Adjustable Spot Cooler System includes 2 extra generators to allow for more or less cooling capacity and airflow.

EXAIR offers a wide variety of spot cooling products for many different processes and uses. For help selecting the best option to fit your need or to discuss another product, give me a call, I’d be happy to help.

Justin Nicholl
Application Engineer
justinnicholl@exair.com
@EXAIR_JN

 

 

 

 

 

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