Traditional vacuum systems rely on immediate downward suction, removing particles as soon as they are encountered.

In this project, suction is intentionally repositioned to the top of the system.

This separation between dust interaction and dust capture creates a controlled zone beneath the device, allowing particles to remain suspended longer within the ultrasonic field.

By delaying capture, dust is exposed to consistent ultrasonic fragmentation before being guided upward for final collection.

The result is not stronger suction, but better timing, enabling controlled particle behavior rather than force-driven removal.