How to Wash and Sterilize in the Laboratory Has Been Moved on Idexx Indonesia

Laboratory glass washers, surgical instrument washers and other glass washers and sterilization equipment for laboratories and clinical environments have been on a long journey. The progress of the last century and especially the last few decades has changed almost everything about how things are done in the laboratory. Continuously improving technology means that laboratory employees have been able to achieve more accurate results, handle much higher throughput and enjoy a safer work environment. This progress has also enabled scientific and medical breakthroughs in recent years and a very important part of this is the improvements made in sterilization in the laboratory and in hospitals.

While it is true that sterilizers such as autoclaves have been used since the late 19th century, this does not mean standard equipment in every laboratory or hospital until the last part of the 20th because of their costs. For a very long time, in fact, far into the modern era, laboratory washing machines were almost abnormal. Before the advent of laboratory glass washers and modern surgical instrument washers, laboratory glasses, surgical instruments and other materials and instruments were washed manually in hot soapy water, perhaps with a rinse of acid or base or soak in a more recent time.

Manual washing is certainly better than no washing at all, but does not ensure the elimination of all pathogenic organisms or material that can cause contamination in experiments that are sensitive to just a little foreign material. Washing machine laboratories and other new sterilization equipment idexx indonesia have made it possible to achieve a much higher standard of accuracy and reproducibility, not to mention preventing the spread of disease from contaminated medical equipment. These medical and laboratory washers and sterilizers have greatly reduced the incidence of nosocomial infections.

Hospital-acquired infections have always been a serious problem, especially with the emergence of antibiotic-resistant pathogens; something the latest generation of surgical instrument washers and laboratory glass washers is designed to be handled. Washers that are now used in laboratories and clinics use efficient automatic washing technology and high heat to kill harmful microorganisms while being constructed long enough to withstand trace amounts of potentially damaging substances they might encounter when used.