The Biosart^® 100 Monitors have been specifically designed for the detection and enumeration of microorganisms potentially present in pharmaceuticals, cosmetics, food, beverages, water and other liquids. The monitors are ready-to-use sterile funnels, due to the incorporated membrane filter and cellulose pad. After filtration, just remove the 100 ml funnel to convert the monitor into a petri dish, eliminating the need of membrane manipulation.

Availability:

*Custom/bulk order quotes are provided within 24 hours of request.

Overview

The major area of application for Biosart^® 100 Monitors is the microbiological analysis of relatively large sample volumes that have a low number of microbes, with membrane filtration being an essential step. In addition, the Biosart^® 100 Monitors are also suitable for testing smaller volumes by placing a sample in a few ml of sterile physiological NaCl solution. Biosart^® 100 Monitors have been specifically designed for microbiological testing of pharmaceuticals, food, beverages, water and other liquids. These sterile disposables with an incorporated membrane filter and cellulose pad are ready to use. After filtration, just remove the 100 ml funnel to convert the Monitor into a petri dish. Culture media for wetting the pad is available in individually sterilized, convenient plastic ampoules. Biosart^® 100 Monitors are ready to use filter units designed to be placed onto the bases of a vacuum manifold. Biosart^® 100 Monitors ensures the identification of all colonies. The monitors are available in a variety of different types: Monitors with cellulose nitrate (cellulose ester) membranes, a material which assures effective retention with high flow rates and optimum colony growth. The printed grid lines make the counting easier, especially for higher bacteria counts and for micro-colonies, but do not influence the growth. The three various filter colors, green, white and gray (after wetting black), allow the best contrast to the colonies. Monitors with regenerate cellulose membranes, a material which combines high flow rates with high chemical stability, are ideal for bioburden-testing in the veterinary sector, where a lot of products are based on solvents.