Keeping your laboratory safe and fume free should be a top priority. No matter what chemical compounds you’re working with, properly installed systems can remove fumes, vapors, and filter the air within your space. Biological safety cabinets or fume hoods are essential to the safety of every laboratory. While different, these two protective devices are equally important to the health and stability of your area. Understanding the difference between the two makes it easier to select the option that works best for you and your team.
If you work in the pharmaceutical, microelectronic, biotechnology, or semiconductor industries, then you know how important cleanroom management is. Not only is it crucial to make sure your employees are safe at all times, but the costs of failing to keep up with regulatory requirements can be exorbitant enough to severely damage or destroy your business. With such high stakes, it’s no wonder industry professionals take cleanroom classification so seriously. For your business to thrive, you need more than just the necessary documentation. Your cleanroom will have to be carefully constructed according to the latest codes and monitored at all times to ensure compliance. Since your cleanroom’s classification will have a determinative effect on how it’s regulated, here are some important things you should know.
Stop Problems from HappeningEven after the biosafety cabinet testing results have come back positive, you probably want to take a few extra precautions. Biological safety cabinet testing doesn't need to be difficult as long as you follow the proper safety rules. Whether you're just trying to keep everything from going wrong or stop sample contamination from occurring, read the following to prevent issues from happening inside your biological safety cabinets.
For those who rely on the sanctity of a cleanroom for their livelihood, planning and design is a key component to ensuring that your cleanroom is accessible and well regulated. While practice and procedure can play a role in maintaining the cleanroom environment, intelligent design that pairs with functionality is key to an efficient working environment.
Growing up, you undoubtedly heard a lot about “Keeping your room clean,” unless, of course, you were “that child,” whose room was always immaculate. The concept of a clean room, particularly in industries that need a sterile environment, runs on the same principle: cleanroom management makes using the cleanroom easier and more effective.
Historical InspirationIn the 19th century, Joseph Lister attempted to reduce postsurgical infections by applying carbolic acid to surgical instruments, patient incisions, and dressings. As you might expect, he had extremely limited success. Operating rooms continued to be plagued by contaminants and infections were still tremendously common. However, the desire to avoid infections and control contamination had been established.
When your organization relies on a cleanroom for daily operation, it's vital that you ensure that space remain completely uncontaminated from one day to the next. But your standard operating procedures for cleanroom management will only take you so far if you're not using proper sensors to ensure the space's cleanliness. Why do sensors matter if you're taking the proper steps to keep your cleanroom uncontaminated? Keep reading to find out.
Biological agents are fairly common in laboratory settings. There are many kinds of agents that have a variety of effects on humans and their environment., and scientists might need a wide range of samples to study. That’s where a biological safety cabinet comes into play. This enclosed, ventilated workspace within a laboratory gives us a chance to safely work with these pathogens, as long as you regularly get proper biological safety cabinet testing. The exact standards depend on your biosafety cabinet classification and other specifications such as the cabinet’s make, model, and size. However, it’s important for you to get your cabinets certified for a couple reasons.
Whenever you are in need of a quality working table, consider a surface with a 316 stainless steel material. It is a powerful material mostly found in cleanroom industries to heighten their working surface. The material is frequently used on the various working surfaces such as tables and shelves. Due to its nature, the material can withstand a high amount of heat as well as frequent cleaning, even if you use powerful disinfectants. To have a quality working surface, seek Atlantic Technical Systems. They will provide you with a qualified cleanroom using a 316 stainless steel working surface. Their cleanroom management services are unmatched.