Are you looking for some detailed information regarding a Laminar Flow Glove Box? If yes, then this article will guide you perfectly with several features of Laminar Flow Glove Boxes. It is always imperative to have complete knowledge of laboratory equipment such as the one mentioned in the subject.

Laminar Flow Glove Boxes have taken the industrial market by storm with its extraordinarily cool and practical features. When you are running a laboratory or are professionally related to it, you should know the importance of the process of sterilization and maintain an aseptic condition. It is the prime step while beginning work of any sort. It could be related to pharmaceutical, medical, educational research. Irrespective of the nature of the study, you should be aware of the very vitality of the process and act accordingly. Purchasing a Laminar Flow Glove Box is one of such moves to ensure the safety of yourself, your lab members, and your research as well.

It is a variant of Glove Box that has a few specialties for particular works. In simple laboratory language, you can imagine it to be a hybrid of a Laminar Flow Hood and Glove Box (plausibly an Isolation variant). They are primarily designed to provide a positive pressure inside the chamber that can assure a complete sterilized environment free from hazardous elements. There are two HEPA or High-Efficiency Particulate Air filters fitted within the work zone and antechamber areas. HEPA filters provide unidirectional and parallel airflow lines covering every inch of the given space so that it is absolutely free from dust, contaminant, and toxicant. The filters are designed to work to maintain ISO Class 5 conditions.

A single HEPA filter can remove 99.99% of the total particles present over a place. In this case, two such filters are battling against particles sized 0.3 microns and larger. Therefore, it is needless to stress on the effectiveness of this variant of Glove Boxes. If you are still not satisfied with its efficiency, you can alternatively opt for ULPA or Ultra-Low Particulate Air filters. Such filters can remove particles of even smaller sizes, i.e., 0.12 microns! This sums up its efficiency of about 99.999%. This is probably the best filter that is available at a reasonable price point for laboratory purposes.

Now that you know the background of Laminar Flow Glove Boxes let us learn some of its detailed cool features so that you can have a better knowledge about this super-efficient unit.

  1. HEPA Filter Units Provide Vertical Laminar Airflow Lines:

Vertical Laminar Flow modules are used in this case. This is done for the convenience of a smoothly functioning work. In case the Horizontal Laminar Flow module was used, it would have been challenging for the operator to experiment because with the gushing airflow lines coming straight across the samples under study. In that case, using a large apparatus would also have been difficult. Therefore, it is brilliantly designed with a Vertical Laminar Flow module.

  1. Positive Internal Pressure can be Regulated:

When there is a feature enabling the generation of internal pressure, it is meant to be regulated. Otherwise, the internal conditions become invariant, and that can be an issue for conducting various studies. The positive internal pressure can be controlled with the help of a differential pressure gauge. You can easily visualize and set a desired positive internal pressure suitable for the nature of your research.

  1. Antechamber has Separate Doors:

You can access the antechamber of the Laminar Flow Glove Box for keeping big apparatus or samples. Usually, antechambers are not present in many variants of glove boxes. It becomes easier to access the workspace or chamber through different doors for placing specific samples or equipment that need special attention while transferring. Fortunately, this variant has antechambers that come with separate entries.

  1. Specialized Variants are Available:

There is another added advantage of using a Laminar Flow Glove Box, and that is the availability of specialized variants. Options may include the presence of an Ionizing Bar or Waste Chutes. These are helpful in order to make the most of its usage and facilities. Each of these specialized features can enhance its overall performance and maintenance as well.

  1. UV-Radiation Helps Sterilize the Interiors Better:

This feature has been derived from the conventional Laminar Flow Hoods. In there, Ultraviolet-radiation specifically around the wavelength of 265 nm is used for effectively sterilizing the interior chamber or workspace. This range of UV-radiation is also known as UV-C radiation, and this category of radiation has broad-spectrum bactericidal activities. This means it can reach those corners and areas where conventional sterilizing methods cannot reach hence enhancing its power of sterilization.

Have You Learned Something Useful From This Article?

This was a general review of the features of a Laminar Flow Glove Box. Hopefully, you have learned something that will help you in building up your knowledge regarding this topic. Having your basics clear about any important lab unit will help you in various ways in the long run.