How does the Recirculation Cooler work?
Recirculation chillers are ideal compressor-based equipment that provide exceptional utility and high reliability as well as quiet, easy-to-use work. It is made of stainless steel materials with anti-corrosion and anti-liquid pollution functions at low temperature. With the use of this equipment, tap water can be cooled in laboratory concentrations, based on mechanisms that provide performance and accuracy.
Use of Recirculation Coolers for Hospital Machines
Recirculation coolers are units composed of closed circuits responsible for controlling the temperature to provide comfort to the space you want, are airtight equipment and protect the circulation of air away from pollutants present in the environment. Basically, they work with water that passes inside the machine to the recirculation cooler.
Refrigeration Recirculation: What Technology Do You Use?
Within the laboratory field, recirculation chillers are high-efficiency cooling equipment, which is used in external cooling studies, to improve sample accuracy, and in turn protect the user. These equipment, with many uses and important benefits, provide constant, low temperature situations for inspections, chemical, biological and physical experiments, which must be carried out at low temperature. Such equipment in the field of medicine, are also applied in food processes, chemical industry and teaching in universities and research institutes.
Recirculation Cooler: How Does It Work?
Chillers are used in many laboratories for a wide variety of important purposes, from improving the precision of experiments to improving the safety of laboratory personnel. They are teams with many uses and important benefits. Depending on the needs of the laboratory, there are different types of chillers that can be used. In this article, we will focus on recirculating coolers.
How is Lupus diagnosed with the use of the cooling plate?
Systemic lupus erythematosus is a chronic inflammatory autoimmune disease with a broad spectrum of symptoms, whose origin is multifactorial. The disease presents with a diverse clinical morphology and different organic manifestations, ranging from localized cutaneous lupus erythematosus to the severe systemic form.
Using the tissue processor to diagnose Marfan syndrome
This disease is an inherited disorder of connective tissue, in which the collagen matrix is affected. Clinical presentation and severity of Marfan syndrome vary widely, ranging from isolated features to neonatal presentation of a severe and rapidly progressing disease involving multiple organ systems.
What are the differences between Bacticinerador and the Lighter?
Currently, lighters are applied in laboratories around the world, for the sterilization of flasks. However, through the integration of sterilizers such as the Bacticinerador, their functions are different and they are in charge of disinfecting the handles for microbiological tests, besides being modern and has been relegating the Burner Bunsen to the role of an auxiliary medium, although still with great presence in the laboratory practices of many academic disciplines.
What are the Sterilization Systems offered by the Bacticinerator?
Firstly, all laboratory equipment and instruments are exposed to be contaminated by microorganisms, something that cannot happen if you want a correct use according to the sanitary regulations that must be practiced within these spaces. It is important not to confuse cleaning with sterilization, which are processes that can be combined but have different characteristics that need to be noted.
Benefits of Bacticinerator for Microbiology tests in the Laboratory
The work of the microbiology laboratory is to identify precisely, firmly and quickly the responsible agents at the species level, and identify their patterns of antimicrobial resistance. Thus, standard microbiologic methods remain consistent in providing rapid identification and susceptibility testing.
Safety measures for the use of the Bacticinerator in the laboratory
It is important to comply with security measures, because it is not only the right way to work, it is the only way to do it. Therefore, working in a laboratory involves the use of equipment and other elements, whose dangers are mandatory to study them to prevent in all aspects. Reflecting on safety measures in the laboratory is a formal requirement, since the risk of accidents such as burns, poisoning, fires or electrical shocks are always present.