Industrial Area Phase 2, Panchkula, Haryana
Environmental & Scientific Instruments Co. is renowned as a important manufacturer and supplier of hi-tech instruments used in the pharmaceutical industries, institutions and research laboratories. We are well established Antibiotic zone reader manufacturers, supplier and exporters from India since many years. Company's Digital Antibiotic zone reader is used for determining the strength of antibiotic materials by measuring the diameter of the inhibited zone in a petri dish. The process of determination with this instrument is rapid, accurate and reliable.
Environmental & Scientific Instruments Co. is also counted among the leading manufacturer and supplier of other instruments like Double Beam UV-VIS Spectrophotometers, UV-VIS Spectrophotometers, Visible Spectrophotometers, Fluorometer, Dissolution Apparatus, Disintegration Apparatus, Friability Apparatus, Melting Point Apparatus, Bulk Density Apparatus, Tap Density Apparatus, pH Meters, Conductivity Meters, TDS Meters, Dissolved Oxygen Meter, Turbidity Meters, Nephelometers etc. from India.
Business Type | Exporter, Supplier |
Preferred Buyer From
Location | Worldwide |
EI Digital Antibiotic Zone Reader provides the user, distance in mm with accurate and fast method for determining the strength of antibiotic material. It functions by measuring the diameter from 0 to 80.0 mm of an inhibition zone in a petri-dish.
Wells are created on a petri-dish, prepared with agar – agar solution and inoculated with bacteria. After incubation, the bacterial growth cover the dish except for a circular inhibited zone around each disc, it being a function of the strength of the antibiotic.
The zone reader accurately measures the diameter of the inhibited zone to 0.1 mm within range of 0 to 80.0 mm diameter. Light is passed through the transparent and semitransparent portions of the agar from a source at base towards up. It then passed to a reflecting mirror supported by an arm above the unit, which reflects the light to glass prism mounted at the front of the unit and magnified image of the zone of inhibition is clearly visible on the prism.
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