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Sustainable separation of overspray

Working with integrated dry separation systems makes paint booths particularly energy-efficient

 

 

With its family of dry separation systems, Dürr therefore offers filter systems for different customer needs and budgets, including the fully automatic EcoDryScrubber and the EcoDry X. The EcoDryScrubber uses natural limestone powder to separate the paint overspray occurring in the paint booth. Reuse of the saturated limestone in the cement industry closes the loop to ensure a particularly sustainable, waste-free cycle.

The EcoDry X, on the other hand, uses replaceable and disposable cardboard filters that can even be changed while production is running, if necessary. The disposable cardboard filter system thus opts for a low investment and can still benefits from the energy-saving potential of a dry separation system, achieved for the first time in the EcoDryScrubber.

The following video compares wet and dry separation, including EcoDryScrubber and EcoDry X, with regard to aspects of sustainability.

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    The EcoInCure dryer impresses with its quality, efficiency, and sustainability.

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    Which powder is used for dry separation with the EcoDryScrubber?

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    The EcoDryScrubber separates paint overspray using finely ground limestone powder and highly efficient HEPA12 filters in just a single filter stage. The paint mist, which flows with the process air from the spray booth into the filter modules, is bound in the limestone powder.

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    On how many axes can the Dürr EcoRP E043i robot move?

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    The EcoRP E043i is equipped with a 7th axis that is directly integrated into the kinematics of the painting robot, giving it more mobility and a larger workspace. This allows the robot to easily reach even hard-to-access areas of the car body.

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