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BacSomatic™

Know the hygiene quality of raw milk before you start using it with fast bacteria and somatic cell count in one handy instrument.

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Value

Small and handy instrument for Bacteria Count and Somatic Cell Count offers a rapid alternative to manual assay or semi-automated methods requiring reagent handling. Reagent bag system ensures exact reagent dosage every time reducing the risk of human error that can occur with other methods.
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Sample type

Raw cow's milk, buffalo milk and goat milk.
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Parameters

Bacteria count and somatic cell count.

Reduce bacteria count in raw milk with flow cytometry

Get in touch with our specialists to discuss profit and quality improvement opportunities for your specific production.

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“It's a really useful piece of kit to make sure that the milk that we've got coming onto site is the best quality and the quality that we need it to be.”

Senior Technical Manager of Müller Milk and Ingredients explains the value of rapid raw milk hygiene testing.

Features

  • Rapid results for somatic cell count and bacteria count

    Results for bacteria count and somatic cell are delivered within nine and a half minutes (1.5 minutes for somatic cell alone). The method is the same as the well-known methods used in FOSS BactoScan™ and Fossomatic™  analysers used by raw milk testing centres around the world.
  • Flow system

    Unique flow system directs the sample to a bacteria incubator or somatic cell mixing chamber where the cells are stained and then measured by the laser source. Two different laser intensity levels are used according to whether a somatic cell count or bacteria count is to be performed. 
  • Automated reagent dosage and handling

    Automated procedure ensures exact reagent dosage every time and avoids the need for reagent mixing. The reagent bag system is specifically designed for safe, contact-free use of reagents. The reagents are provided ready-to-use in bags. Place the bags in the instrument and close the door and you are ready to test.

Webinar: Know the bacteria and somatic cell count of incoming raw milk

This webinar introduces the BacSomatic™ raw milk analyser, providing rapid analysis of bacteria and somatic cell count in less than 10 minutes. The analyser is just as easy to operate as the well-known MilkoScan™, providing instant and valuable information about raw milk quality. With BacSomatic you will be able to reject poor quality raw milk and identify raw milk of excellent quality to be used for high end products.
Articles explore the latest development in analytical methods and instruments, including interviews with users and input from technical experts.

Webinar: Know the bacteria and somatic cell count of incoming raw milk

This webinar introduces the BacSomatic™ raw milk analyser, providing rapid analysis of bacteria and somatic cell count in less than 10 minutes. The analyser is just as easy to operate as the well-known MilkoScan™, providing instant and valuable information about raw milk quality. With BacSomatic you will be able to reject poor quality raw milk and identify raw milk of excellent quality to be used for high end products.
Articles explore the latest development in analytical methods and instruments, including interviews with users and input from technical experts.

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“The first thing the truck driver will do is take out a sample to check bacteria and somatic cell count”

Scientists behind the development of the first ever integrated bacteria and somatic cell analyser for use at the dairy explain why it is just as reliable as milk laboratory instruments.

eBook: Reduce bacteria count in raw milk with flow cytometry

This eBook brings you up to date with developments in flow cytometry with articles, key technical insight and video interviews. In order to download this eBook you need to submit the requested information and join our FOSS knowledge community. We will process your personal data in accordance with our Privacy Policy


eBook: Reduce bacteria count in raw milk with flow cytometry

This eBook brings you up to date with developments in flow cytometry with articles, key technical insight and video interviews. In order to download this eBook you need to submit the requested information and join our FOSS knowledge community. We will process your personal data in accordance with our Privacy Policy


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Cut the cost of microbiological testing at the dairy

Microbiological testing of raw milk for bacteria is essential, for example, for predicting shelf-life of products downstream in the process, but it is also time consuming and expensive. Read more

Webinar: Rapid testing of raw milk hygiene at the Dairy – is it reliable?

In order to watch this webinar you need to submit the requested information and join our FOSS knowledge community. We will process your personal data in accordance with our Privacy Policy.


Webinar: Rapid testing of raw milk hygiene at the Dairy – is it reliable?

In order to watch this webinar you need to submit the requested information and join our FOSS knowledge community. We will process your personal data in accordance with our Privacy Policy.


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Technical specification

Technical
Technical
Technical Specifications
Analysis capacity                                                         SCC and IBC :15 samples/hour 
Only IBC :15 samples/hour 
Only SCC: 40 samples/hour
Carry over IBC: <1% relative, usually <0.5% 
SCC: <1% relative, usually <0.5% 
Analysis time

9.5 minutes IBC 
1.5 minutes SCC alone

Sample intake IBC and SCC: 7.2 ml 
IBS: 6.4 ml 
SCC: 2.5 ml
Sample temperature

2 - 42°C (35.6-107.6°F) (preserved)
2 - 4°C (non preserved)

Network connections
Mosaic 
Dimensions (H*W*D*)
400 x 400 x 400 mm
Weight 25 kg
Working factor IBC : 100 
SCC: 100 
Measuring range IBC: 5000-20 mln IBC/ml 
SCC: 0-10 mln cells/m 
Performance range
IBC: 10000-10 mln IBC/ml 
SCC: 100000-1.5 mln cells/ml
Repeatability
IBC: 
Sr≤0.07 log relative, usually 0.06 at10-50 IBC/μl
Sr≤0.05 log relative, usually 0.04 at51-200 IBC/μl
Sr≤0.04 log relative, usually 0.02 at >200 IBC/μl

SCC:
CV<6% at 100000 cells/ml
CV<4% at 300000 cells/ml
CV<3% at 500000 cells/ml
Accuracy
IBC: Typical Sy,x <0.25 log units from SPC (plate counting) 
SCC: <10% relative mean different from direct microscopic SCC

Brochures and Papers

Companies using this solution

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