MicroBio µ3D AutoScanner

MicroBio µ3D AutoScanner

MicroBio µ3D Microbiological Test System (for Agar Culture Media)

MikuroBio μ3D TM

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Quantitative (Qualitative) Analysis

Priciple of Operation

 

The MicroBio µ3D is a microbiological test system based on Time-lapse Shadow Image Analysis. While incubating agar plates as traditionally we do, the system monitors agar plates in certain time interval and detects colonies in microscopic size and counts rapidly, accurately and automatically.
The enumeration graph is provided in real time during incubation process.

 

Sales Distributor : BD Japan web page (in Japanese)

Video [Product Introduction]

BD Video Product Introduction

 

 

MicroBio µ3D AutoScanner Specification

Principle of detection

Time-lapse Shadow Image Analysis

Detection target

Bacteria, yeast, fungi

Test capability

100 plates

Culture control/temperature

Room temperature + 5 ºC–55 ºC (PID control)

Measurement environment

15–30 º C, 20–80% (no condensation)

Electric rating

100, 50/60Hz, 20A

Weight

280 kg

Main unit dimensions

175 cm (height) x 80 cm (width) x 70 cm (depth)

Software

MicroBio μ3D™ AutoScanner software

Accessories

Control PC, PC monitor, software

MicroBio µ3D Main Panel

The figure bellow shows tha main control panel. Clicking a tab to select the inteted control function or display.

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Detection Performance

The following figure shows a detection and count example of poured Desoxycholate agar plate of E. coli sample. The system completed the detection and count at 8.5h.

 

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Observation of Micro-colony 3D Shadow Image

The 3D shadow image of micro-colony can be observe by cliking the detected colony to display in 3D cordinate. The image can be rotate in 360 degrees along with either X, Y or Z axis.

 

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Related Page

Biomatic VDCS
for SensiMedia (liquid media)
Biomatic VDCS is a fully automated rapid microbial detection system for SensiMedia. It is useful to detect coliform, food poisoning microbe such as salmonella, lactobacillus, yeast and alicyclobacillus. It is also useful to evaluate performance of liquid media.

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