We have designed a special solution for welding and grinding work for one of our customers: two mobile extraction hoods. ⚡️

As the customer processes workpieces that vary in size, the side hoods were built on height-adjustable chassis in order to adapt them flexibly to the grinding points. The resulting emissions are captured via suction nozzles.

Side hoods are always used when emissions escape from the side, as is the case with finishing processes such as grinding.

Thanks to the height-adjustable frame, the extraction hoods can be optimally adapted to the respective process by the operator. This ensures that the particles produced are captured and extracted with pinpoint accuracy.

In addition, two extraction arms were attached to a wall bracket in the work area.

The welding robot, which also works in the room, is extracted via a small room extraction system based on our principle of inverse layer ventilation. Clean air is blown in from above and the polluted air is extracted via extraction columns.

A P 4000 series deduster (performance: 15 kW | 18,000 m³/h) including HEPA H14 after-filter is used to filter the air.

The system was installed indoors directly next to the collection points. The exhaust air is fed back into the production room via the summer/winter switchover in winter and directed outside in summer. 🌞

🔗 Special solutions for captures
🔗 ABSAUGWERK Deduster