The portable laminar flow hood is laboratory equipment that offers easy and safe protection from harmful airborne particles and vapours. These units are usually used in the lab to provide safe and sterile working conditions for technicians. Portable Laminar Flow Hoods provide workers with a place to work where they can avoid exposure to hazardous substances. Additionally, these machines offer a small degree of protection against airborne particulates such as mould, bacteria and spores by creating an almost complete barrier between the room air outside the unit and inside it.
Portable
Laminar Flow Hoods:
A
portable laminar flow hood is used to prevent laboratory
workers and researchers from compromising their health and safety by exposure
to toxic fumes and particles. These units use laminar airflow, which moves
across a surface in a straight line. The air is almost entirely enveloped by
fluid so that it becomes less likely to contain particulates or contaminated
droplets.
"Laminar Flow Hoods" is used in
pharmaceutical research, chemistry, biology, medical research and clinical
trials. In addition, they can be easily transported to different locations for
use in the field for student training or scientific expeditions. Laminar flow
hoods are also ideal for use in any environment where the collection of a gas
or liquid is needed, such as manufacturing and analytical laboratories or even
environmental research.
Benefits
of using Portable Laminar Flow Hoods:
The use of a portable laminar flow hood will provide
plenty of benefits. Some of these benefits are:
·
These units allow users to work with
hazardous materials without exposing themselves to danger.
·
The systems offer a small degree of
protection against airborne particulates such as mould, bacteria and spores by
creating an almost complete barrier between the room air outside the unit and
inside it.
·
They provide an easy operation system
that results in better workplace productivity.
·
Laminar Flow hoods do a great job of
protecting lab workers against toxic fumes. So, if you are looking for complete
protection while working in the lab, then a portable laminar flow hood is your
perfect choice.
Labtron Healthcare has been catering for the needs
of laboratories and research centres for the last three decades, for which it
has earned a positive image all over India. Labtron Healthcare Technology
Private Limited was established in 1986. Since then, it has been catering to
the needs of various industries for their process equipment and filtration
needs across various industries such as Pharma, Biotech, Engineering, Medical
etc.
How
to use:
The laminar flow hood is the most commonly used type
of hood in laboratories. As it moves air across the filter, contaminants are
trapped so that they are not released into the air for workers to inhale.
Particles can be released from the laminar flow hood due to misalignment, but
this is extremely rare. Portable laminar flow hoods also operate more smoothly
than other types of hoods, making them an ideal piece of equipment for any lab
where a lot of people work at once.
Filters:
Portable laminar flow hoods are constructed with an
air-tight filter to keep the hazardous compounds contained within the machine.
The filter is made of materials like fibreglass, fibreglass, cellulose acetate,
or P-30. The several types of filters available can vary significantly in price
and efficiency. Typically, a medium-efficiency disposable filter will cost
between $40 and $50 at retail stores. At the same time, more expensive models
are manufactured by medical supply companies and high-quality brands like
Global Lab Supply.
How
does it work?
The process by which these units create a safe and
quiet working environment is called "laminar flow". The laminar flow
hood is an inflatable chamber which is filled with fluid. This fluid has air
pockets and is attached to the walls of the hood in a very particular way. Air
is forced through the device's filters in a straight line, so the filter
captures any particles released from the unit. When the unit inflates, excess
air can be released by users outside it for safety reasons.
Laminar flow hoods are designed to keep the air and
the liquids flowing in a straight line. It makes them a much safer choice for
laboratories that do not have experience with hazardous chemicals. The airflow
is not just confined to the inside of the hood but also outwards. Plus, since
there is no undesirable outside contamination within the unit, it won't require
frequent cleaning, which saves time and money in the long run.
Conclusion:
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