Ability of detection and count of MicroBio µ3D is better than the eye !
Set plates and start a test !
The system monitors shadow of colonies, trans-illuminating light through agar media so that the shadow reflects the growth of colonies. That is why the colonies under a piece of hamburger can be detected and counted even though they are invisible to the eye. They will be visible after a prolonged incubation, coming out from the rim of a hamburger piece.
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- [Wide Colony Count Range]
Range of automated colony count is from 1 to about 10 thousand. - MicroBio µ3D has a wide count range and counts from 1 colony to closer to 10 thousands.
- [Colony Count Graph]
When two species are detected in a test sample, the colony count becomes staircase. - When two species are detected in a test sample, the colony detection and count graph of ＭｉｃｒｏＢｉｏ µ3D becomes staircase.
- [Rapid Detection and Count]
They are the results that show how MicroBio µ3D system detect and counts micro-colonies rapidly and automatically. - These are the performance results of automated rapid detection and count of MicroBio µ3D on E. coli, Aspergillus brasiliensis and Candida albicans. Detection is in real time.
- [Colony Count Unit]
A cluster of touched colonies is counted correctly as separated colonies. - CFU (Colony Forming Unit) has been used for counting microbial colonies as the unit. Using MicroBio µ3D system, the exact number can be used for counting colonies.
- [Pricise Colony Count]
There are 4 colonies detected among a few hundred of hamburger fragments. - There are 4 E. coli colonies detected and counted precisely among a few hundred hamburger fragments in a poured cliform detection agar plate.