Shortwave Lamps use ultraviolet radiation as a reliable and effective tool for sterilization and sanitation applications in hospitals, laboratories, pharmaceutical companies, and clinics. Work surfaces and equipment can become contaminated with bacteria which may be passed through the air or by hand infecting research projects and workers. In addition to bacteria, yeast, mold spores, germs, and viruses may also be present. Shortwave UV Lamps can kill up to 99% of these organisms. Decontaminate work surfaces with UV prior to PCR to reduce air-borne contamination during DNA sequencing. UV sterilization is particularly useful for temperature sensitive applications due to low operating lamp temperatures.
Shortwave Lamps use ultraviolet radiation as a reliable and effective tool for sterilization and sanitation applications in hospitals, laboratories, pharmaceutical companies, and clinics. Work surfaces and equipment can become contaminated with bacteria which may be passed through the air or by hand infecting research projects and workers. In addition to bacteria, yeast, mold spores, germs, and viruses may also be present. Shortwave UV Lamps can kill up to 99% of these organisms. Decontaminate work surfaces with UV prior to PCR to reduce air-borne contamination during DNA sequencing. UV sterilization is particularly useful for temperature sensitive applications due to low operating lamp temperatures.
Shortwave Lamps use ultraviolet radiation as a reliable and effective tool for sterilization and sanitation applications in hospitals, laboratories, pharmaceutical companies, and clinics. Work surfaces and equipment can become contaminated with bacteria which may be passed through the air or by hand infecting research projects and workers. In addition to bacteria, yeast, mold spores, germs, and viruses may also be present. Shortwave UV Lamps can kill up to 99% of these organisms. Decontaminate work surfaces with UV prior to PCR to reduce air-borne contamination during DNA sequencing. UV sterilization is particularly useful for temperature sensitive applications due to low operating lamp temperatures.
Shortwave Lamps use ultraviolet radiation as a reliable and effective tool for sterilization and sanitation applications in hospitals, laboratories, pharmaceutical companies, and clinics. Work surfaces and equipment can become contaminated with bacteria which may be passed through the air or by hand infecting research projects and workers. In addition to bacteria, yeast, mold spores, germs, and viruses may also be present. Shortwave UV Lamps can kill up to 99% of these organisms. Decontaminate work surfaces with UV prior to PCR to reduce air-borne contamination during DNA sequencing. UV sterilization is particularly useful for temperature sensitive applications due to low operating lamp temperatures.
Shortwave Lamps use ultraviolet radiation as a reliable and effective tool for sterilization and sanitation applications in hospitals, laboratories, pharmaceutical companies, and clinics. Work surfaces and equipment can become contaminated with bacteria which may be passed through the air or by hand infecting research projects and workers. In addition to bacteria, yeast, mold spores, germs, and viruses may also be present. Shortwave UV Lamps can kill up to 99% of these organisms. Decontaminate work surfaces with UV prior to PCR to reduce air-borne contamination during DNA sequencing. UV sterilization is particularly useful for temperature sensitive applications due to low operating lamp temperatures.
Shortwave Lamps use ultraviolet radiation as a reliable and effective tool for sterilization and sanitation applications in hospitals, laboratories, pharmaceutical companies, and clinics. Work surfaces and equipment can become contaminated with bacteria which may be passed through the air or by hand infecting research projects and workers. In addition to bacteria, yeast, mold spores, germs, and viruses may also be present. Shortwave UV Lamps can kill up to 99% of these organisms. Decontaminate work surfaces with UV prior to PCR to reduce air-borne contamination during DNA sequencing. UV sterilization is particularly useful for temperature sensitive applications due to low operating lamp temperatures.