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EMD Millipore Scepter 2.0 Cytometer Sensors

Designed for use with the Scepter 2.0 Automated Handheld Cell Counter (cat. no. PHCC20040). EMD Millipore Scepter 2.0 Cytometer Sensors ensure accurate, reproducible counts and eliminate pipetting errors and uneven sample loading. Available in two apertures to count cells between 4 and 25 μm.

$205.00 - $1,810.00

Specifications

Analysis Time <30 sec.
For Use With (Application) Counting cells and delivering histrogram profiles of cellular populations
For Use With (Equipment) Scepter 2.0 handheld automated cell counter
Memory Stores up to 72 counts
Sample Type CHO cells, HeLa cells and mouse embryonic stem cells, can even be used to count subpopulations in peripheral Blood mononuclear cell preps
View More Specs
Products
Catalog Number Mfr. No. Aperture Size Cell Size Operating Cycles Particle Size Price Quantity    

PHCC40050

 
emd millipore
PHCC40050
40μm 4 to 12μm 50,000 to 1,500,000 particles/mL 3 to 18μm Pack of 50 Each for $205.00

PHCC60050

 
emd millipore
PHCC60050
60μm 8 to 25μm 10,000 to 500,000 particles/mL 6 to 36μm Pack of 50 Each for $205.00

PHCC40500

 
emd millipore
PHCC40500
40μm 4 to 12μm 50,000 to 1,500,000 particles/mL 3 to 18μm Pack of 500 Each for $1,810.00

PHCC60500

 
emd millipore
PHCC60500
60μm 8 to 25μm 10,000 to 500,000 particles/mL 6 to 36μm Pack of 500 Each for $1,810.00
Description & Specifications

Specifications

Analysis Time <30 sec.
For Use With (Application) Counting cells and delivering histrogram profiles of cellular populations
For Use With (Equipment) Scepter 2.0 handheld automated cell counter
Memory Stores up to 72 counts
Sample Type CHO cells, HeLa cells and mouse embryonic stem cells, can even be used to count subpopulations in peripheral Blood mononuclear cell preps
Test Methods Automated

  • Engineered with a micro-fabricated, cell-sensing zone that enables discrimination by cell size and cell volume - down to sub-micron and sub-picoliter resolution
  • Has a precision drilled aperture through which cells pass and are counted
  • Counts based on Coulter principle of impedance changes across current established by sensor electrodes
  • Ensures reproducible counts by drawing precisely 50μL of sample into its liquid handling microchannel each time
  • Eliminates pipetting errors and uneven sample loading with precision liquid handling channels
  • 40μm-aperture sensor
    • Able to count cells between 4 and 12μm in diameter and particles between 3 and 17µm
  • 60μm-aperture sensor
    • Able to count cells between 8 and 25μm in diameter and particles between 6 and 36µm