MSC Advantage 0.9 microbiological safety station, 230 V / 50 Hz, EN and NF certified

• Energy efficiency (energy consumption and calorific power less than 60 % of those for classic workstations)
• User-friendliness and ease of use for remarkable safety
• Optimised maintenance and exceptional reliability
• Workstations comply with safety norm EN 12469 (independently tested and certified by TÜV Nord)
• Effective cleaning: designed to prevent cross contamination of samples, the glass can be easily lowered to clean the inside
• Easy to maintain: all of the workstation components, including the HEPA filters, are easily accessible from the front for fast maintenance and minimum disruption to work during preventive maintenance and performance control procedures
• Exceptional safety: the workstation contains only smooth components which practically eliminates the risk of injury during routine cleaning, regular upkeep and maintenance operations
• User-friendly control: perfectly visible from a seated position, the microprocessor control panel is within easy reach and offers the range of workstation parameters and functions
• Ergonomic angle of the front side of the workstation
• Adjustable segmented work surface: the stainless steel work surface is divided as standard into 4 or 6 parts (depending on the workstation dimensions), each element having a width of 300 mm
• Optional multiple base: three different base models available according to the needs of the users
• Optionnal programmable UV lamp: patented cross beam illuminates the whole working area without creating shadows; optimises decontamination and reduces use of the bulb thanks to a programmable timer
• Optional Tap kits: supply the workstation with combustible and non-combustible gas; vacuum and water taps are also available

Additional accessories:
• The additional carbon filter at the exit absorbs the odours inherent in animal research and other odorous applications.
• The additional evacuation filter reinforces safety of the evacuated air.
• The evacuation systems with direct or indirect connection make it possible to evacuate air from outside the building rather than from within the heart of the laboratory.