We have more than 40 years’ experience in the manufacture of fume cupboards.
Burdinola has been the Spanish representative on the European Committee for Standardization (CEN) since 1985, in the field of laboratories in general and fume cupboards in particular.
Fume cupboards for general laboratory use are designed to be used in work that involves the release of a wide variety of non-concentrated chemicals but not that of large amounts of heat. Your specification of the intended use will allow us to identify the type of fume cupboard you require.
Elite fume cupboards are recommended for the evacuation of fumes, fine dust and light particles from the work area to prevent contamination of the laboratory atmosphere.
What sets Elite fume cupboards apart from other low-flow fume cupboards is the addition of our patented Microclimate system, which acts in and around the fume cupboard to minimise the influence of external disturbances and increase safety and efficiency.
As a differential value, and after having carried our numerous field tests under adverse conditions, we can categorically state that it is the most energy-efficient model on the market.
Characteristics:
BECOME ST cupboards are recommended for the evacuation of fumes, fine dust and light particles from the work area to prevent contamination of the laboratory atmosphere.
They are not recommended for use with compounds emitting ionising radiation, concentrated acids with a high thermal load, or pathogens.
The BECOME ST Low version for low ceilings can be installed in laboratories with a minimum height of 2,700 mm.
Specifications:
Fume cupboard with built-in filtration system, no extraction ducts required.
Specially designed for laboratories where flexibility is of the essence, the Green Cycle version with wheels is quite unique in the market.
Developed in collaboration with ERLAB, a European leader in air filtration for the protection of laboratory personnel.
Our new Green Cycle features new, simpler and safer technology to provide enhanced, real-time safety.
It monitors the performance of the Neutrodine Unisorb filter in accordance with the most stringent safety standards governing filtration and containment.
Applicable to the vast majority of laboratory manipulations including liquid and powder manipulation.
Characteristics:
BECOME M fume cupboards are specifically designed to provide full access to large apparatus.
They are not recommended for use with compounds emitting ionising radiation, concentrated acids with a high thermal load, or pathogens.
Specifications:
BECOME W are specifically designed to provide full access to large apparatus or tests that need to be carried out on a mobile bench or on the floor. They are not recommended for use with compounds emitting ionising radiation, concentrated acids with a high thermal load, or pathogens.
Characteristics:
These fume cupboards are designed for work with high thermal loads or strong acids (perchloric and hydrofluoric acid), fume cupboards with extractor hoods for solvents and fume cupboards for radioisotopes. Burdinola fume cupboards for concentrated acids and high thermal loads have specific construction, maintenance and safety characteristics as set out in part 7 of EN-14175.
BECOME AC fume cupboards are designed for the manipulation of concentrated acids and high thermal loads.
They are recommended for the evacuation of aerosol fumes generated in reactions with concentrated acids handled in the work area, in order to prevent contamination of the laboratory atmosphere.
They are not recommended for use with hydrochloric acid, compounds emitting ionising radiation, large amounts of solvents, or pathogens.
Specifications:
BECOME ACF fume cupboards are designed for the manipulation of hydrofluoric acid.
They are recommended for the evacuation of aerosol fumes generated in reactions with hydrofluoric acid handled in the work area, in order to prevent contamination of the laboratory atmosphere.
They are not recommended for use with compounds emitting ionising radiation, concentrated acids with a high thermal load, or pathogens.
Characteristics:
The BECOME Perchloric Acid fume cupboard is designed and tested in accordance with the EN-14175 standard.
Recommended for the evacuation of perchloric acid fumes.
They are not recommended for use with compounds emitting ionising radiation, concentrated acids with a high thermal load, or pathogens.
Specifications:
The BECOME D cupboard is designed and tested in accordance with the EN-14175 standard.
Recommended for the evacuation of flammable solvent fumes from the work area to prevent contamination of the laboratory atmosphere.
They are not recommended for use with compounds emitting ionising radiation, concentrated mineral acids or pathogens.
Characteristics:
Our fume cupboards for the manipulation of radionuclides emitting beta type ionising particles meet the requirements for handling high-energy radionuclides.
BECOME RB fume cupboards are recommended for low radiotoxicity.
The cabinet interior is made from fibreglass and polyester, with rounded corners to facilitate possible decontamination.
The front shield (mobile window) in 10 mm polycarbonate overlaps the work area to ensure safety.
They feature peepholes that allow user access without the need to open the cabinet vertically. They are not recommended for concentrated mineral acids, solvents or pathogens.
They have a set of three filters that combines an impregnated carbon filter with absolute filters and provides an efficiency of 99.99%. A fixed flow system and a frequency converter come as standard.
Our fume cupboards for the manipulation of radium isotopes are outside the scope of the normal fume cupboard standard.
Fume cupboards for use with radionuclides generating gamma type ionising emissions, for medium and high radiotoxicity.
The cabinet interior is made of fibreglass and finished in polyester, with rounded corners to facilitate possible decontamination. The radiation shield is reinforced against ionising radiation by the addition of a 2.5 mm thick layer of lead.
The front shield (mobile window) in 10 mm polycarbonate overlaps the work area to ensure safety.
They feature peepholes that allow user access without the need to open the cabinet vertically.
They are not recommended for concentrated mineral acids, solvents or pathogens.
They have a set of three filters that combines an impregnated carbon filter with absolute filters and provides an efficiency of 99.99%. A fixed flow system and a frequency converter come as standard.
Our fume cupboards for the manipulation of radium isotopes are outside the scope of the normal fume cupboard standard.
Fume cupboards for teaching purposes, designed for use in educational establishments. They make it possible to teach practical classes on how to use the cabinet and allow students to follow instructions safely and with high visibility.
Designed and tested in accordance with the UNE-EN 14175 and NFX 15-211 reference guidelines.
They are fitted with filtration technology and do not therefore require extraction to the outside. As they do not consume outside air, they are energy-efficient units.
They are designed as plug-in units that only require an electrical socket to operate.
As they are fitted with wheels and as their height can be adjusted, these fume cupboards can be moved from one room to another. Furthermore, they can be adjusted in height to adapt the height of the working position to the needs of each user.
IKASI fume cupboards have a start / stop switch, and it is possible to incorporate electrical and fluid services in their interior with external controls.
Our fume cupboards are world leaders in terms of user safety and energy efficiency. The accolades we receive from our customers worldwide endorses the quality and innovation of our products.
The highest standard on the market in terms of safety and efficiency. The main indicators that a fume cupboard is functioning correctly are:
We have more than 40 models, which ensures that we can cover all of the most common laboratory applications.
The highest standard on the market in terms of safety and efficiency. The main indicators that a fume cupboard is functioning correctly are:
