Laminar air flow hoods are essential in laboratories and cleanrooms, providing a sterile environment by directing a uniform flow of filtered air over the work surface. These hoods are crucial for protecting samples, equipment, and personnel from contamination. However, to maintain their effectiveness, it is vital to ensure that they are cleaned and maintained properly. [Read More]
Laminar flow hood
Best Practices of Maintenance for Horizontal Laminar Flow Hoods
Maintaining a horizontal laminar flow hood is crucial for ensuring a clean and sterile environment in various lab settings. Proper maintenance not only extends the lifespan of the equipment but also ensures consistent performance and compliance with safety standards. Let’s take a look at some of the best practices for maintaining horizontal laminar flow hoods to optimize their efficiency and reliability.
Laminar Flow Hood vs. Fume Hood: Understanding the Differences
In laboratories and research facilities, maintaining a safe and controlled environment is crucial for experiments’ accuracy and personnel’s safety. Two essential pieces of equipment that help achieve these goals are laminar flow hoods and fume hoods. Though they serve different purposes, both play vital roles in ensuring a safe and contaminant-free workspace. Let’s explore the key differences between a laminar flow hood vs. a fume hood, helping you understand when and where to use each.
Understanding Clean Air Workstations & Laminar Air Flow Hoods
In any kind of laboratory environment, precision will always be of the utmost importance. Pure research labs demand absolutely precise experimental set-ups. Medical labs allow virtually no room for error when it comes to things like isolating microbes or purifying the environment from contaminants. Industrial labs require the testing of materials under very specific conditions, and so on. For such delicate tasks in each environment, high-precision equipment is indispensable.
Of course, we also know that benches and workstations are the bread-and-butter of every laboratory. They are the central thing that makes it hum along. But for certain high-precision tasks, an ordinary workbench just won’t cut it.
That’s where laminar air flow hoods and clean air workstations come in.
These are special workstations that are enclosed by special cabinets. Each made partially of metal and partially of transparent material like glass or acrylic. One side of the enclosure, however, is generally either left totally open or at least provides workers with the option to create an opening. Thus, in a laminar flow bench, everything is done within the confines of an enclosure. [Read More]
Primary Uses of Laminar Flow Hoods in Today’s Workplaces
As time goes on, workplaces are becoming increasingly complex places. Technicians are increasingly required to interact with and make use of all kinds of advanced and sophisticated technical equipment. The equipment may serve to help them complete their tasks, keep them safe, or perform other kinds of crucial functions.
Scientific and research labs are frequently at the forefront of such developments. Since it’s impossible to reliably perform scientific experiments without setting up sterile and highly controlled conditions, labs often need some highly sophisticated tools just to be able to carry on their day-to-day operations. One of the most important of these tools is laminar flow hoods.
RDM Industrial Products proudly manufactures many of these. [Read More]
Top 10 Reasons Laboratories Need Laminar Airflow Hoods
Laboratories can often have some pretty sophisticated pieces of equipment. Certain kinds of equipment can be so important that they maintain a pretty much constant presence from lab to lab. Regardless of whether that lab is geared more toward pure scientific research or whether it tends to focus more on the practical side of engineering and design. Without question, laminar airflow hoods are one of these mainstays.
Laminar airflow hoods (often also called laminar flow benches or workstations) are special tools meant to prevent particulate contamination in experimental settings. Each one typically consists of a workbench enclosed by a stainless steel cabinet and further surrounded by glass or some similar tough but transparent material. One side of the enclosure also contains an opening, allowing a researcher to reach in and perform whatever work he needs to within that sterile environment.[Read More]
Keeping Your Environment Safe With Laminar Flow Workstations
Precision, care and accuracy are key to all proper experimental work in science. Scientists who work with sensitive samples of all kinds are are well aware of the need to handle those samples in carefully engineered environments to prevent contamination. Laminar flow workstations can be essential tools for creating just such sterile environments.
Let’s take a moment to discuss keeping your products and environment safe from dust & particulates with the help of Laminar Flow Hoods, Cabinets and Workstations.[Read More]
Comparing Two Types of Flow Hood Design – What Are The Differences?
There are two main types of laminar flow hood design – Vertical Laminar Flow and Horizontal Laminar Flow. Laminar flow benches use a HEPA (High-Efficiency Particulate Air) filtration system to clean the air. Commonly used in medical research laboratories, laminar flow benches are used to prevent contamination by reducing airborne dust, dirt, and particulates.
Deciding which flow hood design is best for your workspace, will depend on the level of protection required for the user, sample, and environment. The choice will also be determined by the specific needs and requirements of the workplace.
Uses of Laminar Flow Hoods
While chemical fume hoods are essential for clean rooms, similarly, it is very important to install laminar air flow hoods to laboratories for maintaining a sterile environment, as well as safety standards. Scientists and researchers perform tests on bio samples in the lab, so the lab needs to have a contaminant-free environment. If the air in the room gets too polluted, then not only it will affect the samples, but also the people. Laminar air flow hoods function as exhaust systems. They draw in the polluted air, filter it, and release the pure air in the room. Workstations at industrial workplaces equipped with laminar air flow hoods are called laminar workstations.
The Importance of Laminar Flow Hoods in Various Industries
Workplaces like laboratories, which are closely related to scientific research are required to maintain a clean and hygienic environment. A laboratory stores sensitive items such as biological samples; test results and often times hundreds of chemicals too. So, it’s crucial to keep it free from contamination. Many labs embrace the use of laminar flow hoods, which are used in conjunction with laboratory workstations in various laboratories for ensuring a sterile environment. Air is filtered from the germs and clean air flow is constantly circulated towards the researchers within the laboratory.