Digital antibiotic zone reader determines strength of antibiotic materials by measuring diameters from 0 to 80.0 mm of inhibited zones in petri dishes. Agar in petri dish is inoculated with bacteria, and then sensitivity dishes are dispensed onto dish. After incubation , bacteriamore...
Antibiotic zone reader offers antibiotic zone reader, most suitable to measure the diameter of the inhibited zone in microbiology, botany, zoology, bacteriology and pathology labs. The instrument is unique in design and measures the diameter of the inhibited zone to 0. 1 mm withimore...
Leveraging on our industrial experience, we are chiefly engaged in manufacturing antibiotic zone reader . Available in varied specifications, the antibiotic zone readers supplied by us are extensively used for measuring the diameter of inhibited zone for scientific processes. Furmore...
Suitable for measuring the diameter of inhibited zone within the range of 0 to 35 mm. with accuracy of 0.02 mm. The equipment operates on 230 Volts Single phase 50 c/s. A.C. more...
Suitable for measuring the diameter of inhibited zone within the range of 0 to 35 mm. with accuracy of 0.02 mm. The equipment operates on 230 Volts Single phase 50 c/s. A.C. more...
An ideal device for determination the strength of antibiotic activity, by measuring the diameter of inhibition zone in a Petri dish. It measures the diameter of inhibition zone to 0.1mm within the range of 0-35mm. Light from source in the base, passes through the transparent and more...
An ideal device for determination the strength of antibiotic activity, by measuring the diameter of inhibition zone in a petri dish. It measures the diameter of inhibition zone to 0.1mm within the range of 0-35mm. Light from source in the base, passes through the transparent and more...
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 petmore...