Telstar has designed a new laminar airflow cabinet for the transfer of animals used in scientific testing that provides greater mobility, efficiency and protection.

The cabinet preserves the immunity of the animals without affecting sterility levels.

One of the main features of the equipment, which has been recently introduced, is its efficiency. The cabinet incorporates low-consumption EC fans, which provide an energy saving of up to 35%, while operating at extremely low noise levels that help to minimise the stress levels of the animals being studied.

The ergonomic design of the cabinet is characterised by the fact that it is accessible from both sides and that it has a spacious work area divided into two zones, with adjustable heights for users, making it a versatile work environment in which two technicians can comfortably and effectively carry out their work at the same time. The incorporation of a double HEPA airflow filtration system in the work zone provides workers with maximum levels of protection against allergens, since it prevents cross-contamination and guarantees the highest levels of sterility in the working zones in the interior of the cabinet. In addition, the HEPA filter located in the lower region of the cabinet protects the atmosphere.  

The equipment has been designed so that all the cabinet components can be readily accessed to make maintenance more efficient, thus reducing maintenance costs. The cabinet features a control system with a colour graphical display to which both users have access. Also incorporated are an extraction protection system and an easily removed drip-tray to collect fluids, which can be autoclaved. A well-designed white fluorescent lighting system which minimises visual fatigue and reduces reflection provides appropriate illumination of the working zone.

The maximum height of the cabinet is 2347mm, the front opening is 300mm high and the entire construction weighs 180kg. It is constructed in aluminium and is mounted on castors, which make it lightweight and easy to transport.

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