Tuttnauer 66 Laboratory Autoclave BSL3 & BSL4 Mid-Range Series 生物安全高压灭菌器

Tuttnauer 66 Laboratory Autoclave BSL3 & BSL4 Mid-Range Series 生物安全高压灭菌器，产品类别为生物安全高压灭菌器。产品说明：The BSL Mid Range Laboratory Sterilizer Series have single or double door configuration, and is designed for application in laboratories, research institutes and biotechnology facilities.

Bio-shield barrier hermetically seals between the differently qualified zones

Thermal sterilization treatment sterilizes all effluent and waste water

Double or single filtration systems ensure air is decontaminated before discharge

Autoclave chamber, piping and fittings are made from 316L stainless steel

Interlocks protect against passage of contaminated materials

In today’s society the need for safe bio-containment systems is increasingly important. This is especially true in the sterilization process where standard autoclaves cannot deal with the threat posed by harmful pathogens and other contaminated materials that are emitted from BSL3/4 laboratories.

Tuttnauer is at the front lines, continuously creating new standards in the field of bio containment. With years of experience in the market, Tuttnauer produces reliable and safe bio- containment systems.

Special autoclave design consideration is given to:

Specifically designed for use with steam systems that demand the highest safety conditions. 316L grade stainless steel is used for the chamber, piping and fittings. The inner chamber walls have a mirror like polished finish (Ra < 0.4μm) to create a smooth surface.

The chamber drain valve area is the coldest spot in the chamber. Tuttnauer BSL autoclaves resolve this problem by applying steam directly to the chamber drain valve area.

The hot-well is a stainless steel water reservoir in which the feed water is heated to 80-90°C prior to entering the steam generator. The hot-well facilitates the removal of non-condensable gases.

A safety valve is fitted to the chamber. Steam blasts from the safety valve are captured and condensed in an expansion vessel (optional) and then decontaminated before discharge to drain. Any remaining gases are treated via a microbiological sanitary air filter (optional).