Draminski Mastitis Detector 1Q


Used For: Dairy Cows

The Draminski Mastitis Detector 1Q clearly indicates the earliest stages of  sub-clinical mastitis infection by measuring electrical resistance prior to visible symptoms with no mixing, solutions or guessing. Learn more about the benefits and how it works on our electronic mastitis detectors page.



      • Results provided separately to determine between healthy and infected udders or quarters.
      • No solutions or mixing required and definite, easy to interpret results are immediate.
      • Small, lightweight and portable device with ergonomic grip.
      • Durable, shock-resistant tool provides years of use.


More Details

      • Check out Specs, FAQs, Brochure and User Manual below.


Warranty & Purchasing Info

      • 2 Year Manufacturer’s Warranty.
      • Free shipping on all orders (Canada & USA)
      • FarmTech satisfaction guarantee.
      • Contact FarmTech and we’ll connect you with a dealer or you can order online by clicking on BUY NOW below.

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Technical specification

Dimensions 17,5 x 14,5 x 6,0 cm
Unit weight 1010 g
Probe weight 250 g
Battery weight 280 g
Display modes B Mode – real time imaging
Frequency and type of probes
sector, mechanical abdominal 3.0 – 7.0 MHz
(the central frequency – 5.0 MHz)
Penetration depth Up to 25 cm
Scanning angle 90°
Display 5,0″, LCD LED
Keyboard Membrane
Power supply External battery pack Li-Ion 14.4 V, 3.1Ah
Continuous operation
on fully charged battery about 6 h
Charging time 2,5 h
Battery exhausted indicator automatic – a sound signal and a graphical indicator
Operating temperature range +5°C to +40°C
Storage temperature range 0°C to +45°C



Does the Draminski Mastitis Detector work by counting somatic cells (SCC)?

This device has been designed to allow producers to react before mastitis disease evolves to its clinical stage. It measures the electric resistance of milk which changes in direct correlation with the subclinical stage of mastitis.

What is the correct index showing the milk is good quality?

There is no particular index you should look for but simply compare the results between the quarters. If the difference between the quarter is higher than 40 units, then the quarter(s) with lowest readings are at risk of mastitis disease.

What is the unit of the given result?

First of all you should know that this device does not count somatic cells. This can be done only in the laboratory. This device detects subclinical stage of mastitis disease. Subclinical stages of mastitis are particularly dangerous. In this stage, milk looks normal and the udder or quarter affected appears healthy.

Subclinical mastitis can rapidly become clinical mastitis or can continue at subclinical levels, affecting milk production, milk quality, and spreading infection to other cows in the herd. Research carried out over many years has established that the development of subclinical mastitis is accompanied by a rise in the level of salt in the milk, which immediately lowers its electrical resistance.

Does the product require any calibration every now and then?

The device comes calibrated and ready to use. There is no need to calibrate the device at any time. The only thing that you will have to remember is to keep the metal sensors in the cup clean (explained in the manual). Dirty sensors will have influence on the readings.

How do you perform a test?

Simply take a small sample of milk (first milk is ideal) in the cup, press the button and within a few seconds the device will provide a reading.

If working with the one cup device without memory note the reading, if working with the devices with memory, this is not necessary.

Pour out the milk, quickly rinse with water and repeat for each udder. The device will display the readings for all four quarters.

Press the button again for the devices with memory and they will auto-calculate the difference between each of the four readings and will display the differences between the highest and lowest reading. This is the most important measurement to note, a quarter that tests much lower than the others is an indication of a problem and it should be either treated or watched carefully.

Wash with warm (not hot) water and soap (dish soap is good) to remove any milk and milk fat from the sensors.

User Manual