Fumecare Downflow Workstation (DWS Series)
The Fumecare Downflow Workstation (DWS Series) is a compact, bench-mounted ductless workstation designed to safely capture and filter harmful fumes at source. Ideal for laboratories, forensic environments, healthcare facilities and industrial settings, this recirculatory system provides effective operator protection while maintaining unrestricted access to the work area.
Designed for ease of use, the unit operates on a simple plug-and-play basis, eliminating the need for complex installation or ducting. Contaminated air is drawn downward through high-efficiency filtration, removing hazardous particulates and vapours before safely recirculating clean air back into the workspace.
Advanced Ductless Filtration Technology
The DWS workstation utilises a combination of carbon and HEPA filtration options to suit a wide range of laboratory applications. This flexible filtration system ensures effective removal of airborne contaminants, including chemical fumes, particulates and odours.
- High-efficiency prefilter (>99.6% efficiency)
- Optional carbon and HEPA filters for tailored applications
- Recirculatory airflow system for safe, clean air return
Enhanced Operator Safety
Operator safety is central to the DWS design. The system maintains a consistent face velocity above 0.5 m/s and includes a low airflow alarm to alert users if performance drops below safe operating levels.
- Low airflow monitoring system
- Audible/visual safety alerts
- Consistent airflow performance
- LED illuminated work area for improved visibility
Compact, Mobile and Practical Design
The ductless construction removes the need for external ventilation, making the workstation highly flexible and easy to relocate within laboratory environments.
- Bench-mounted compact footprint
- No ducting required
- Lightweight and mobile design
- Removable stainless steel work tray for easy cleaning
Applications
- Laboratory fume handling
- Forensic processing
- Chemical handling
- Healthcare and hospital laboratories
- Industrial and research environments