Dairy Dipslides (Box of 10)
Dairy testing dipslides - test for total viable organisms in dairy liquids / foods.
|51||£11.33||Up to £32.14|
|101||£10.89||Up to £107.75|
|251||£10.26||Up to £427.48|
|501||£9.70||Up to £1,131.88|
|1000||£7.94||Up to £4,024.54|
|Front Agar Type||Plate Count (PCA)|
|Front Agar Colour||Straw|
|Front Agar Growth||Total Count|
|Rear Agar Type||Plate Count (PCA)|
|Rear Agar Colour||Straw|
|Rear Agar Growth||Total Count|
|Shelf Life||6 to 8 months|
|Suggested Incubation Times||24 - 48 Hours|
|Suggested Incubation Temp||35°C|
|Important information||To ensure that we can offer our customers maximum shelf life, these slides are manufactured to order and as a result, delivery can be up to 5 weeks.|
Dairy products that are frequently tested for contamination:
- raw milk (primarily USA)
- pasteurised milk (some bacteria can survive pasteurisation)
- sour cream
- ice creams.
Our dipslides will confirm the general health of your product in terms of potential contamination. Low bacteria levels in general will need to be maintained and bacteria counts should adhere to legal levels. In the USA, the maximum allowed for total bacteria counts for pasteurised milk is 20,000/ml (as stated on the FDA website).
There are two options for dairy testing dipslides: PC2 and PC2T. Both offer total count on both sides with PC2T slides having the additional Red Spot Dye. Plate count agar (on both slides) is the recommended agar for testing bacteria / micro-organisms in dairy products and food in general. These slides will determine the number of aerobic bacteria in the samples that you test.
The red spot dye in the PC2T slides is an addition that shows the results as red dots making it easier to decipher any colonies that appear on the slide after incubation. Either slide is ideal for testing dairy and aside from the red spot dye, are exactly the same. Whichever the user chooses is down to personal preference.
Each dipslide features a virtually unbreakable and flexible paddle allowing for even, full surface testing.
Easy Run Off Design
Due to the design of the dipslide, fluids will drain off quickly during testing.
Each slide has a handle built into the lid that is recessed to help keep your fingers dry during testing.
One side of the slide will have a circle indicator so you know which side was used for testing which type of contaminant.
Each dipslide is dual sided to allow multiple contamination testing with one test.
Thick Reliable Agar
Each agar is thick (approx 4mm) and raised above the dipslide to allow for easy surface testing.
This listing is for the PC2 slide, if you prefer to purchase the slide with the Red Spot Dye, you can do here:
This product listing price is for a box of 10 slides.
How to use the PC2 dipslide to test dairy applications
With products such as butter and yoghurt (higher viscosity), swabbing the sample on to the slide would be preferable to dipping.
- Remove the dipslide from its container and either immerse the slide in to a fluid sample or swab a sample onto both sides of the slide.
- If you tested a fluid sample, allow to drain. Replace slide into container and replace cap.
- Incubate slide for 24 - 48 hours. Once incubated, compare the results to the chart provided.
Step 1 : Remove slide
Carefully remove the sterile Dairy dip slide from its tube ensuring that no contact is made with the agar (to avoid contamination).
Step 2 : If Surface Testing
For surface testing, press the Dairy dipslide onto the surface. If needed, place a finger on the bottom of the slide (on the plastic, not the agar) to apply extra pressure.
Step 2 : If liquid testing
For liquid testing, immerse the Dairy dipslide into the fluid for 10 seconds then remove and allow to drain for a few seconds.
Step 2 : If swab testing
Apply a sample of the test substance to a sterile swab and gently apply to the agars.
Step 3 : Incubate Slide
Label the tube with the included stickers then place the slide into an incubator and allow to incubate.
Step 4 : Compare results
Count the amount of colonies that have grown on the slide and compare them to the comparison chart provided.
You will require an incubator to interpret your results correctly. You can find our range of incubators in our incubator section.