MCC COmbo lactoscan Milktronics USA
Lactoscan Combo

Lactoscan Combo



Cell Count part
Number of cells /ml       CV%
100 000                            5
400 000                            3
600 000                            2

Ultrasonic part

                                Range   Accuracy

FAT %                  0.01-45     ±0,06

SNF%                     3…15     ±0,15

Protein%               2…7         ±0,15

Lactose %             0.01…6     ±0,2

Density kg/m3   1015-1040    ±0,3

Total solids %       0..25     ±0,17

Salts %                   0.4…1.5 ±0.05

Water added %     0…70     ±3

pH                           0…14     ±0,05

Conductivity mS/cm       3…14     ±0,05

Freezing Point °C             -0.4…-0.7            ±0,001

Box Dimensions '             16x20x21

Box Weight Lb                     30

Unit Weight Lb                    15

External Printer               built in

Real time clock                 Yes

Bar Code Reader             Yes

Database                             no

Auto cleaning                   110

Power  V                            60

Analysing time S              50..100

Ambient °F                        50..100

Sample °F                          30..80

Humidity %                      30..80

Type: Somatic Cells Counter & Ultrasonic milk analyzer

Dimensions (HхWхL): 39 cm х 30 cm х 26 cm

Weight: 6.000 kg

Working power: 100-230 VAC, 2.5A, 120V

Frequency: 50/60 Hz

Power supply: 12 VDC, 5A, 60W

Working place: Inside only!

Working temperature: 15-35 ⁰С

Working humidity: 0-95%

The LACTOSCAN COMBO’s SCC is based on fluorescent microscope technique of counting cells. Thanks to the fluorescent dye, LED optics and CCD filming Technologies, the analysis of the milk is precise, reliable and fast. In order the somatic cell to be counted by with SCC, the sample is mixed with SOFIA GREEN dye. It is only 8 µL that is needed to be pipette onto the single LACTOCHIP. After that, the CHIP is loaded in the device. The analysis is being conducted during a period between 10 seconds and 2 minutes and the duration depends on the number of filmed fields. The system of SCC is focusing automatically on the CHIP and the dyed cells are filmed by the sensitive CCD camera. This algorithm of analysis of digital images determines the number of the fluorescent cells and counts their concentration and size. The result is automatically displayed.