Sustainable
The ecological evolution
Standard
SN EN 14175-3
Filter type
HEPA 14, activated carbon
OEL-Level
<1 μg/m3
The e-loop technology reduces air consumption by approximately 60%, saving energy. The partial recirculation system, along with features such as filter type and saturation monitoring, enhances safety. An optional electronic front sash with motion sensor closes automatically when not in use. Materials and construction are designed for easy and thorough cleaning.
Up to 60% lower fresh and exhaust air volumes significantly reduce energy demand and operating costs
Optimized airflow and filter technology provide measurable savings in electricity and heating costs in the laboratory
Ongoing monitoring of filter saturation ensures maximum safety and timely maintenance
The system automatically detects the installed filter type, ensuring correct operating parameters
Airflow surveillance guarantees consistent extraction performance and prevents unnoticed reductions in efficiency
A wide range of filters allows adaptation to different hazardous substances and specific laboratory processes
The system enables safe handling of chemicals, solvent vapors, and active substances.
Optimized airflow and reduced fresh air volumes lower energy consumption and operating costs. At the same time, resource usage is minimized without compromising air quality or user safety.
Extraction must be designed to prevent deposits in exhaust ducts. This reduces maintenance effort, prevents contamination in the building, and ensures long-term reliable and safe operation.
Air is drawn from the laboratory, and the airflow curtain at the work opening prevents the escape of hazardous substances. Fresh air mixes with contaminated air and is directed through intake grilles to the filters. Cleaned exhaust air is then routed to the internal ventilation system—partly to the building exhaust and partly back into the work area. The exhaust stream is continuously filtered, removing hazardous substances directly at the source.
The “e” in e-loop stands for economic and ecological. The Workstation evo combines a cost-saving partial recirculation principle with unique airflow management and specialized filter technology. Energy and exhaust air demand are significantly reduced, building utilization is optimized, operating costs are lowered, and resources are conserved. Safety and ergonomics are maintained at the same high level as conventional fume cupboards.
*The air volumes are to be understood as guide values
1203 x 945 x 2563
1137 x 592 x 1322
447 m3/h +/- 5 %
230 m3/h +/- 5 %
189 m3/h +/- 5 %
*The air volumes are to be understood as guide values
1503 x 945 x 2563
1437 x 592 x 1322
586 m3/h +/- 5 %
240 m3/h +/- 5 %
288 m3/h +/- 5 %
*The air volumes are to be understood as guide values
1803 x 945 x 2563
1737 x 592 x 1322
626 m3/h +/- 5 %
260 m3/h +/- 5 %
338 m3/h +/- 5 %
The Workstation evo and HFCpro from SKAN Pure Solutions aren’t just designed to look the part in a modern lab, but also allow small experiments to be carried out safely in a hands-on manner.
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