Vertical Laminar Airflow Cabinet SmartFast / SmartFast mini, Class ISO 3

Výrobca:

The compact SmartFAST Laminar Flow Cabinet guarantees excellent decontaminated working area and particle-free conditions. The cabinet is suitable to handle nucleic acids used in thermocycling, DNA amplifications, PCR applications, non-pathogenic microbiological and cell cultures applications. SmartFAST cabinet can be easily set to operate in two alternative modes: it can work in "positive pressure" and under "negative pressure".

  • With a H14 HEPA/ULPA filter, air cleanliness in Class ISO 3, according to ISO 14644-1, efficiency better than 99.995% MPPS (EN-1822) as well as a synthetic fibre pre-filter with minimum efficiency of 80%-90% ASHRAE.
  • Noise emission: 53dBA.
  • Housing made of Epoxy cold rolled steel with antimicrobial Dupont™ ALESTA® coating (Ag-cations-based), AISI 304L work and back surface with rounded edge corners.
  • The frontal safety glass is hinged and can be folded upwards for cleaning and transfer material purposes.
  • With one electrical socket and DEHS test port, four side holes and caps for optional taps installation.
  • Membrane keyboard with LCD screen and touch sensitive buttons for: main on/off switch, light, electrical outlet, half speed reduction and UV light (option).
  • Illumination: 600 Lux (SmartFast mini without light)
  • Optional UV sterilizing lamp with manual on/off switch.
  • Optional Biohazard Kit which enables the unit to work with pathogens in accordance with the airflow performances required by EN-12469:2000.

SmartFAST mini cabinet is a small work-station suitable for handling products that need to be protected against non-pathogenic airborne contamination. The compact, portable cabinet can be easily moved and positioned on bench tops of a variety of different laboratories. The ambient air is drawn in through the pre-filter fitted in the upper side of the cabinet and it then filtered through the HEPA filter into the work-area in laminar air flow conditions. The same volume of air is exhausted outside from the frontal aperture and under the work surface.