SATA RCS Micro Spray Gun Cleaner
SATA RCS Micro Spray Gun Cleaner is a small pneumatic cleaning cabinet that is suitable for professional and quick cleaning job of your spray gun. The device is suitable for cleaning both water-based and solvent-based paint from your spray gun. It has a compact and light size, which is why it is called the RCS Micro Cleaner. With the integrated cleaning brush you can easily clean the air cap and the inner body of the gun.
How to clean a spray gun with the SATA RCS Micro Cleaner?
Do you want to clean a spray gun with the SATA RCS Micro Cleaner cabinet? In a few simple steps, your spray gun will be clean again with all the paint residue removed. Follow the step-by-step plan below to find out how to use the SATA RCS Micro Cleaner cabinet to clean your spray gun so it looks like new again!
- Disconnect your paint gun from the air hose.
- Connect the gun to the air hose of the SATA RCS Micro Cleaner cabinet. Therefore, air always comes out of the gun during cleaning.
- Hold your gun in the cabinet and press the button.
- Move your gun along the brush to clean the air cap.
- The rest of the gun is cleaned by blowing the cleaning agent at 4 bar through it.
- It is now time to dry the spray gun. Press the button and air is blown in under high pressure.
- Now your gun is completely clean and ready for the next job!
Suitable for all types of paint and varnish
Looking for a professional cleaning cabinet to clean all types of paint and varnish from your spray gun? The SATA RCS Micro Cleaner cabinet can be used to clean both solvent-based and water-based paint. In addition to paint and varnish, you can also use it to clean heavier materials such as 2K paint and primers.
Features of the SATA RCS Micro Cleaner spray gun cabinet
- Suitable for water and solvent based paints
- Integrated drying
- Professional spray gun cleaning
- Possible to clean the gun in 25 seconds
- Uses about 140ml of cleaning agent per wash
- Pneumatic connection: ¼”
- Inlet pressure: 4 bar
- Easy to mount on the wall or other vertical surface
