What is the Coulter Principle used in the Beckman Coulter Cell Counter?
The Coulter Principle measures changes in electrical resistance as cells pass through a small aperture, allowing precise cell counting and sizing.
What cell size range can this device measure?
The Beckman Coulter Cell Counter measures cells ranging in size from 1 to 120 microns.
What is the difference between the Single Threshold and Dual Threshold models?
The Single Threshold model is designed for counting tissue culture and blood cells, while the Dual Threshold model can differentiate and count cells in multiple size ranges.
Is this device suitable for high-throughput environments?
Yes, the Beckman Coulter Cell Counter offers high speed and accuracy, making it suitable for high-throughput applications.
Can this cell counter handle both blood and tissue culture samples?
Yes, it is versatile and can accurately count cells from both blood and tissue culture samples.
Is the operation automated, or does it require manual input?
The operation is automated, making it efficient and user-friendly for routine cell counting.
How does this device ensure accuracy in cell counting?
It uses advanced technology, including the Coulter Principle, which provides consistent and reliable cell counts by detecting electrical resistance changes.
What makes the Beckman Coulter Cell Counter more reliable than traditional counting methods?
It eliminates manual errors, offers high precision in sizing and counting, and provides rapid results, which are difficult to achieve with manual counting methods.
Can the device differentiate between different cell types?
The Dual Threshold model can differentiate between cells of various sizes, making it suitable for analyzing heterogeneous samples.
Does it support various sample types in a single analysis?
Yes, the versatility of the device allows it to handle multiple sample types efficiently within the specified size range.