The colony counter with ss-304 make is an instrument that is commonly used to count colonies of bacteria or other microorganisms on a plate containing a gelled growth medium. A fully automated system would essentially consist of collecting images using any one of the digital image capturing devices such as document scanner/charge coupled device digital camera/webcam or video equipment. Colonies can be counted from pictures of plates using software tools. In automated systems, the objects and their backgrounds can be varied widely. Usually, one of the three methods of illumination can be selected to enhance visibility and increase accuracy. These are the following: transmission method, reflection method, and dark field method.
| Parent Category | COLONY COUNTER, |
|---|---|
| Subcategory | LABORATORY INSTRUMENTS AND EQUIPMENTS, |
Description
The colony counter with ss-304 make is an instrument that is commonly used to count colonies of bacteria or other microorganisms on a plate containing a gelled growth medium. A fully automated system would essentially consist of collecting images using any one of the digital image capturing devices such as document scanner/charge coupled device digital camera/webcam or video equipment. Colonies can be counted from pictures of plates using software tools. In automated systems, the objects and their backgrounds can be varied widely. Usually, one of the three methods of illumination can be selected to enhance visibility and increase accuracy. These are the following: transmission method, reflection method, and dark field method.
Pressure sensing counting system, suitable for any marker pen.
Compact structure design, small space occupation, suitable for various occasions.
LED white light adjustable brightness energy saving lighting can provide the operator with an optimal colony count field of view.
When counting, an audible prompt confirms every count.
Unique upper light source compensation lighting, easy to count the colonies that are difficult to be serve.
Wide voltage design, effectively avoid the interference of the unstable network power supply to the instrument.
