- However, many businesses face rising costs from labor, consumables, and time spe
- So how can you reduce microbiology testing costs while still ensuring accurate and reliable results? The answer chosen by many laboratories and QC departments is Compact Dry plates — a rapid microbiology testing solution from Japan.
The "hidden" costs in traditional microbiology testing
Many businesses only count the culture medium cost and forget the other incurred costs:
- Preparing the culture medium.
- Weighing chemicals and mixing the medium.
- Sterilizing in an autoclave.
- Washing and disinfecting tools.
- Electricity, water, and equipment maintenance costs.
- Staff handling costs.
- Warehouse costs for the medium and consumables.
When all of these are added up, the actual cost per analyzed sample is often much higher than expected.
The Compact Dry pre-poured, freeze-dried agar plate solution
The Compact Dry plate is a dry microbiological culture medium developed by Shimadzu (Japan).
Unlike the traditional method, Compact Dry comes with:
- The culture medium.
- A gelling agent.
- A chromogenic indicator.
- A ready-to-use plate design.
The user only needs to drop the sample onto the plate and incubate it.
5 ways Compact Dry plates cut up to 50% of microbiology testing costs
1. No medium preparation needed
This is the biggest advantage of the Compact Dry plate.
The traditional method requires:
- Weighing chemicals.
- Mixing the medium.
- Adjusting the pH.
- Sterilizing.
- Pouring plates.
Meanwhile, Compact Dry is used right after opening the package.
* Benefits:
- Less preparation time.
- Lower chemical costs.
- No medium preparation mistakes.
2. Lower labor costs
One technician can handle more samples thanks to the simple handling:
Just 3 steps:
- Draw the sample.
- Drop it onto the plate.
- Put it in the incubator.
Handling time drops significantly compared with the traditional process.
3. No heavy investment in auxiliary equipment
With the classical method, the business needs:
- An autoclave.
- A medium preparation system.
- A medium storage cabinet.
- Glassware.
Using Compact Dry plates significantly reduces the need to buy and maintain this equipment.
4. Lower repeat-sample rate
One cause of rising costs is invalid results from:
- A non-uniform medium.
- Cross-contamination.
- Technically incorrect plate pouring.
Compact Dry is manufactured to industrial standards with high uniformity, significantly reducing the risk of error.
5. Faster time to results
Many analytes can be read easily thanks to the characteristic color reaction.
Examples:
- Total aerobic microorganisms.
- Coliform.
- E. coli.
- Yeasts and molds.
- Staphylococcus aureus.
Rapid microbiology testing helps the business:
- Release goods earlier.
- Lower warehousing costs.
- Speed up production.
Is the reliability of Compact Dry plates assured?
This is a question many businesses care about. In fact, Compact Dry plates are widely used at:
- Food factories.
- Beverage plants.
- Dairy companies.
- Independent testing laboratories.
- Research centers.
Compact Dry lines have been evaluated and recognized under many international standards, giving results equivalent to the culture me
Microbiology indicators that can be tested with Compact Dry
- Thanks to this variety, businesses can deploy most routine microbiological tests.
Which businesses should use Compact Dry?
This solution is particularly suitable for:
- Food factories.
- Beverage plants.
- Bottled water plants.
- Dairy plants.
- Seafood processing plants.
- Animal feed factories.
- Internal QC rooms.
- Contract testing centers.
Conclusion
- If your business is looking for a solution that reduces microbiology testing costs while still ensuring the accuracy and reliability of results, Compact Dry plates are a choice worth considering.
- Thanks to its ability to test microorganisms quickly, no medium preparation, lower labor, and fewer handling mistakes, Compact Dry can help a business save up to 50% of tota