Moxi Z:
High Quality Data
Fast and Easy Results
- Counting Thousands of Cells is More Accurate Than Imaging
- Fast Time to Result: <15 seconds Per Sample
- Obtain Accurate Counts Instead of Relative Estimates
- Simple User Interface Usable by Any Lab Personnel
- Differentiation of Cell Types in a Mixed Population
- Zero Instrument Maintenance, Cleaning, or Preparation Needed
- Superior Characterization With Particle Size Resolution to 0.1µm
- Coulter Principle Counting = Greater Reproducibility With CVs <5%
The Reliability of Coulter-Based Counting in the Palm of Your Hand
Love our cell counting technology but don’t need any fluorescence? Then our Moxi Z is the right machine for you. All the power of our microfluidics-based cell counting literally in the palm of your hand, and at a low, cost-effective rate. It provides the same robust cell counting technology of the Moxi Go II and Moxi V to make sure you are getting the true cell counts with every run.
Applications Overview
The accuracy provided by the Moxi Z allows for an unprecedented capability for obtaining true cell counts from a single run. High particle resolution size to 0.1µm and counting thousands of cells per run gives the sensitivity to detect different cell types in a sample containing a mixed cell population. This primes it for use in any workflow that requires reliable cell counting measurements like cell culture work, single cell genomics, PBMC analysis, and more.
Single Cell Genomics
PBMC Analysis
How it Works
ORFLO’s proprietary cell counting technology can count tens of thousands of cells in seconds, quickly providing best-in-class data. Normally, accuracy is negatively impacted by acquisition time. However, by leveraging the current gold standard Coulter Principle, we bring you both with no compromises to either. All of this in a self-contained, easy-to-use, and handheld-sized instrument.
The core of our technology lies in what is most commonly referred to as the Coulter Principle. Put simply, we are using a gap between two electrodes to measure the change in voltage as a cell passes through it.
Through this change in voltage, we can accurately determine the volume and diameter of the cell that passed through (Detectable size range = 3µm-26µm for S cassettes; 4µm-35µm for M cassettes). Because of the precise nature of the Coulter Principle and our ability to monitor minute changes in electrical current rapidly and in real time, thousands of cells can be passed through the aperture and recorded/sized within seconds. These thousands of instances are placed into scatter plot that makes it easy to see the cells present in your sample and manipulate the data on our touch-screen interface.
We have revolutionized the industry by miniaturizing this Coulter Principle-based counting into a small disposable microfluidics cassettes. We have created a simple, effective, and self-contained way to get everything you need, with all of the speed and none of the bulk of other cell counters. Just insert the cassette, pipette in a small amount of your precious sample, and let the microfluidics and our proprietary cell counting technology do the rest.
