Suction extraction

to determine technical cleanliness by means of the Particle Suction Separator

Dry extraction method for determining the cleanliness of oversized and/or overweight components:

Examples of large components:
- Empty goods such as trays
- Battery and high-voltage systems

Other possible applications of the Particle Suction Separator:

Active monitoring in production/manufacturing or test environment (VDA19.2)

Advantages of Particle Suction Separator

- No blank value determination necessary, only a new mesh filter (e.g. 20μm Jomesa)
- Direct separation of particles (see Figure 1)
- Partial surfaces of components can be inspected precisely separately
- Large components can be extracted in a targeted manner
- No Wet Extraction On-site use (in-line testing)
- No maintenance of the particle suction separator necessary
- Low training required
- Robot-assisted automation possible
- Reuse of components after extraction
- cost-reducing, economical, time-saving, reliable
- Reproducible results
- logistical effort is very low
- ESD safe material
- can also be implemented in a variable shape according to customer requirements (smaller filter diameter)

 Example application video:

Figure 1 shows the operating principle of the Particle Suction Separator:

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Copyright by A Solution (represented by Dipl.-Ing. Alexej Romanenko)

Partikelsaugabscheider / Particle Suction Separator
(Utility Model Protection by the German Patent and Trade Mark Office)
(Gebrauchsmusterschutz durch das Deutsche Patent- und Markenamt)