Trade fair highlight 23. October 2023
Extraction cabin MKFAKRTF1 with new flow passage
As a system partner to the mechanical engineering industry, Fuchs Umwelttechnik has been developing and building modular protection cabins for years. In a wide variety of processes, all air emissions are safely and completely recorded. Whether fine dusts, oil mist or welding fumes, solvent vapours, laser emissions and more - for all air pollutants that arise from metal processing to final assembly, Fuchs Umwelttechnik supplies individual cabin solutions with its know-how and many years of experience.
In the case of our trade fair highlight, the MKFAKRTF1 protective enclosure, constructed from high-quality aluminium profiles with Plexiglas and sheet steel, you can see the air flow in a closed duct through our flow simulation.
- The simulation object for air flows is the F1 rear wing of a 2003 Toyota from Toyota Racing in Formula 1.
- The air flow is from front to rear.
- For targeted airflow on the wing, 3 supply air modules are positioned at the front.
- A single-slot nozzle with a conical inflow cross-section is used to capture smoke (manufactured using 3D printing).
- Smoke generation with the aid of a flow marker. The manifold was made of PU in 3D printing.
In the case of our trade fair highlight, the MKFAKRTF1 protective enclosure, constructed from high-quality aluminium profiles with Plexiglas and sheet steel, you can see the air flow in a closed duct through our flow simulation.
- The simulation object for air flows is the F1 rear wing of a 2003 Toyota from Toyota Racing in Formula 1.
- The air flow is from front to rear.
- For targeted airflow on the wing, 3 supply air modules are positioned at the front.
- A single-slot nozzle with a conical inflow cross-section is used to capture smoke (manufactured using 3D printing).
- Smoke generation with the aid of a flow marker. The manifold was made of PU in 3D printing.
Fuchs Umwelttechnik P+V GmbH
Contact
Mr. Frank Carstensen