Automated Additive Manufacturing Plate Cleaning System

The cleaning system is segmented into distinct functional zones: a first cleaning zone with a first cover for initial powder removal, and a second cleaning zone with a second cover for final cleaning. This segmentation allows different cleaning methods to be applied in sequence, protecting the operator from toxic powder while maintaining operational effectiveness.

The patent introduces intermediate cleaning structures (first and second covers with openings) that act as mediators between the toxic powder environment and the operator. These covers allow controlled access for cleaning while preventing direct exposure to harmful powder, thus protecting the operator without completely isolating the cleaning process.

The patent extracts the harmful element (compressed air flow that causes contamination) from the powder evacuation process. Instead, it uses gravity-based evacuation through controlled openings and mechanical removal methods that do not introduce contaminating air flows, thus removing powder efficiently without contamination.

The patent employs disposable or easily replaceable cleaning elements (such as brushes or disposable cleaning pads) that can be discarded after use, avoiding the need for complex cleaning of reusable components and preventing cross-contamination from reused tools.

The cleaning process is segmented into multiple stages: initial gravity-based evacuation for bulk powder removal, followed by secondary cleaning methods (such as suction or mechanical cleaning) for fine particles. This segmentation ensures both powder purity during evacuation and complete cleaning of all particle sizes.

The patent implements continuous cleaning action through multiple sequential steps rather than a single evacuation method. The process continues from gravity evacuation through to final fine particle removal, ensuring complete cleaning while maintaining powder purity throughout the continuous process.