EuroClone-Bioair Aura Laminar Flow Cabinets.

New product

EuroClone’s BioAir’s AURA HZ, Aura Vertical S.D.4 and AURA Mini  laminar flow cabinets are some of the most widely used cabinets of their type on the market.  We also can provide NATA testing to ISO 14644, AS 2252.2 and AS 2243.8/9.

(Note: Please indicate CAT# when requesting a quote)

More details

More info

EuroClone Aura Mini Laminar Flow Cabinets complement the range of controlled environment solutions available from our Australian laboratory and filtration products company. Aura Mini is a partially recirculating downflow cabinet with air being filtered by an HEPA (H14) filter with 99.995% overall collection efficiency on 0.1 – 0,2 m particles (MPPS), before entering the work area at a speed of 0.45 m/sec; this ensures a Class 100 (FED STD 209E) – ISO 5 (ISO 14644-1 Standard) environment throughout the work area. Two configurations are available: INWARD air barrier and OUTWARD air barrier, that can be easily chosen by a simple mechanical operation.

The EuroClone Aura HZ is a Class 100/ISO5 or better horizontal laminar flow cabinet for product protection from external contamination and cross contamination inside the work chamber. It meets the Australian standard AS2252.6. AURA HZ Laminar Flow Cabinets are available in two sizes: Aura HZ 48 and Aura HZ 72.

The EuroClone Aura Vertical S.D.4 are partial-recirculating vertical laminar airflow cabinets designed for highly comfortable working conditions. Aura Vertical S.D.4 is a partial-recirculating Class 100 vertical laminar airflow: air coming through the front aperture is mixed underneath the work surface with the downflow air and recirculated. 70% of the air is returned to the work area through the main HEPA class H14 filter (provided with micromesh membrane for perfect air speed distribution) while 30% is exhausted into the environment through the exhaust HEPA class H14 filter. Both HEPA (H14) filters are manufactured and DOP tested according to standard EN 1822-1: 99.995% overall collection efficiency on 0.1-0.2 μm (MPPS).

Download