The laminar flow hood is one of the important equipment that people use in the laboratory. The main task of these laminar flow cargoes of all types is to generate a free environment without adding any pollutants even in the air. So, the vertical laminar flow hood is also the same as the horizontal laminar flow hood, one difference is the passage of air and holes.
There is a hole on the upper side vertically for air flow and a hole horizontally for air flow. This is one difference between the two, you can use levels in larger areas because it covers a larger area.
What are laminar flow hoods used for?
They provide clean airflow through nozzles that vary depending on the type of hood you are using. You can use a laminar flow hood which will help you provide a free environment and not let any contaminants inside the fume hood. The particle-free environment is created with the help of an externally present filtration system that purifies the air to enter inside the hood. It offers a lot for the lab and provides all the requirements for lab experiments.
Therefore, since the application of the laminar flow hood is to provide particle-free nature, it is used in experiments, mainly biological, that cannot tolerate any particle contamination. That's why these hoods are used by professionals for specialized jobs that help experiments be done with ease. There are many biological experiments that require all of these things, and it helps you do a lot of things easily.
How are they made?
So far we've seen that these are just used to make everything clean. Therefore, these laminar flow hoods are made of stainless steel with no gaps at all. It doesn't need gaps to reduce bacteria buildup, that's all you need. The material made for the laminar flow hood is also antibacterial and easy to clean. This is also known as a clean bench in the lab simply because it never lets anything get into it and one can easily perform experiments.
How Laminar Flow Hoods Work
To produce a particle-free nature, the system uses filtration technology to remove all contaminated objects from the air. So, the air is filtered through the filter, and then it starts moving at a uniform velocity in a single direction.
