Cell Counting Cassettes
Relevant Instruments:
See Cell Analysis Cassettes for Moxi GO II, Moxi V, or Moxi Flow-compatible cassettes
Higher Performance & Simplicity in One Disposable Cassette.
ORFLO’s unique, patent-protected thin-film cell count cassettes provide highly accurate, repeatable cell counts and cell size analysis in under 8 seconds. Inspired by the gold-standard Coulter Principle used in high-end counting systems worldwide, the Moxi cassette flows thousands of cells per test through a cell sensing zone to accurately capture the impedance-based volumetric measurement of each individual cell in the sample. Impedance-based cell counting of individual cells is proven to be over 95% accurate versus a 75% accuracy with image-based cell counting methods.
No system contamination and integrated pre-filter for clogging prevention.
Moxi cassettes are designed with a unique “cell sieve” to minimize cell clumping and clogging. In addition, Moxi cassettes contain 100% of your sample within the cassette body, eliminating the possibility for system contamination and sterilization. Cassettes are simply and easily discarded when testing is finished.
Type S Cassettes
Our go-to cassettes for running samples on a Moxi Z. Utilizes our proprietary microfluidics-based cassette technology for cell counting. Designed to work on most cell types (size range = 3 – 26µm; volume range = 14 – 9203fL), this cassette will work perfectly for any common mammalian, yeast, or algae cells. Can accurately run samples with concentrations between 3,000 – 1.75e6 cells/ml, with the optimal concentration being 1e5 cells/mL.
Type M Cassettes
Our cassettes for running samples containing slightly larger cells on a Moxi Z. Utilizes our proprietary microfluidics-based cassette technology for cell counting. Designed to work on larger cell types via a slightly larger detection aperture (size range = 4 – 34µm; volume range = 34 – 20,580fL), this cassette will work perfectly for any common mammalian cell type but will also work for cells >26µm. Can accurately run samples with concentrations between 3,000 – 5e5 cells/ml, with the optimal concentration being 1e5 cells/mL.