What is one of the most common applications of laboratory autoclaves? Processing liquids. Think of how many beakers of liquids must be sterilized on a daily basis in universities, research centers, and biotech labs...

Laboratory autoclaves are designed for research institutes, universities, microbiological, food, and chemical labs. These autoclaves must provide high quality, dependable performance that will allow for the smooth operation of life science cutting-edge research and enable safe sample testing.

Sterilization in today’s infection control environment has taken on a new level of safety. Increasing the risk of infection spread is precisely what laboratory technicians need to avoid, and when dealing with microorganisms, it is critical to understand what your autoclave can do for you.

Laboratory autoclaves are designed for research institutes, universities, microbiological, food, and chemical labs. These autoclaves must be able to provide high quality, dependable performance that will allow for the smooth operation of life science cutting-edge research, which drives scientific innovation as well as enabling safe sample testing.

Minimizing the risk for laboratory staff processing specimens taken from patients with possible COVID-19 is essential and in order to do so requires autoclave air handing.

Laboratories and research facilities simply cannot function without their autoclaves. How else can they properly sterilize all of the instruments, materials, and media to run their experiments and daily tasks?

Filtration is not exactly a sterilization technique; unlike any other sterilization method, such as radiation or steam sterilization, it does not kill the microbes, rather it physically blocks their passage.

Which features does your laboratory autoclave need? In the concise table below is a reference guide designed to help you figure out which features are right for you.

Filtration is an interesting sterilization method in laboratories. It’s the only method that uses force to separate rather than to kill.