The Sirius allows portability, sterility and practicality

and use in application and procedures for cell culture,

microbiology and pharmaceutical work, whilst

ensuring full protection to the operator, product

and environment.

It is available with a full working opening of 200 mm

giving an easy access to the work area or alternatively

fitted with a front screen with access port holes which

enhances operational protection, whilst at the same

time conserving energy.

Optimal operator comfort

• Glare-free lighting gives a comfortable stress-free

working environment.

• Easy access with a high work opening or alternatively

with port holes which enhances operation protection

and low noise level.

• Portability with ease of positioning on existing

laboratory tables or benches and can easily be relocated,

removed or stored when not in use. It only

takes 690 mm of bench space.

• The integrated control panel with LCD display

is conveniently positioned for easy viewing and

operation. Incorporates easy programming with

functions for operating time, lighting adjustments,

exhaust and down flow air alarms, window position

correctness, ensuring optimal performance and

safety characteristics at all times.

• Auto start/stop function for user convenience and

safety.

Ultra clean environment – Safety first

• The HEPA filters have a depth of 110 mm with

efficiency at 99,999 % against 0,3 μm particles,

ensuring a clean sterile work chamber environment.

• Easy cleaning and decontamination of all surfaces

exemplified by the removability of the inner rear

wall and table top.

• Easy to maintain as all service functions are

performed from the front of the cabinet, including

changing of the HEPA filters, pcb’s and sensors.

Similarly, all adjustments of alarms and fan speeds

are also made from the control panel at the front.

Energy saving benefits

• Latest energy-efficient EC fan ensuring low energy

consumption of less than 0.2 Amp. Saving up to

85% of energy compared to the old AC fans.

• Annual operating costs are reduced due to the use

of a low energy fan, which allows for the use of the

HEPA filters with a depth of 110 mm, giving a 50%

longer filter life.

• Low energy consumption results in less heat

transmission to the work chamber and to the

laboratory contributing significantly to a reduction

of overall energy costs.

• Possibility to connect a PIR sensor to the cabinet

allowing operation at reduced speed, when

unattended, maintains the cabinet’s integrity, and

full operation when the operator inserts his/her

hands into the working aperture.