Flow Cytometry / Cell Counting > Cell Counters Products & Reviews

EVE™ uses state-of-the-art optics and image analysis for cell counting. It is a benchtop sized counter, designed to measure live, dead and total counting with accuracy and precision.

ADAM MC, the automated fluorescence cell counter performs viability and cell counting measurements by using the PI(Propidium Iodide) staining method combined with advanced image analysis.

A precision disposable plastic hemocytometer, developed to solve the problems of conventional Glass hemocytometer.

ADAM rWBC automatically counts the number of residual white blood cells (rWBC) in leukoreduced blood products for transfusion.

ADAM rWBC2 automatically counts the number of residual white blood cells (rWBC) in leukoreduced blood products for transfusion.

Disposables for EVE Plus, EVE

ADAM rWBC HT gives you walkaway convenience and significant improvement in blood bank's productivity. It takes 50 minutes to count 50 samples.

ADAMII CD34 is a bench top fluorescent CD34 counter that can be used in hematopoietic stem cell transplant for stem cell therapy.

EVE HT is a high-throughput automated multiple cell counter, providing 48-sample counting in just 2.5 minutes for primary cells and cell lines analyses. With small sample volume and extensive capacity, the EVE HT provides accurate cell counting and viability measurements.

AccuChip Kit is compatible with ADAM-MC, MC2 and CellT Disposable slide (4 channels) and staining solution for ADAM-MC, MC2 & CellT

ADAM-rWBC Kit is compatible with ADAM-rWBC, ADAM-rWBC2

ADAM-rWBC Kit is compatible with ADAM-rWBC HT

The XcytoMatic® 30 (XM30™) brings automation and precision together in one compact instrument. Designed for both walk-up use and full integration with bioprocessing systems, it delivers reliable, hands-free cell counts from bench to bioreactor—helping you monitor, optimize, and scale with confidence.

The NucleoCounter® NC-202™ automated cell counter is our 3rd generation cassette-based image cytometer. Featuring improved hardware and new NC-View™ software, we take precision, speed and data management to new levels.

The Via2-Cassette™ is our unique cell sampling device, eliminating human error by combining cell sampling, staining and loading into a single press on a piston. Individually volume-calibrated, it guarantees the highest precision in cell counting. The Via2-Cassette™ is a disposable plastic unit containing the fluorescent dyes used for analysis to ensure user safety and operational ease.

NucleoCounter® instruments provide platforms for determination of viability and cell count as well as advanced image analysis of yeast, veterinary semen, insect cells and mammalian cells, both primary cells and cell cultures, including cells in aggregate or microcarrier cultures.

The XcytoMatic® 40 (XM40™) is a high-throughput cell density and viability analyzer that can run 24 samples in under 14 minutes. The variation between cell counts for these samples is under 3%. If scale-out and scale-up is a concern, you can trust each XM40™ instrument in your production to deliver the same quality results.

All-in-one, touch-screen instrument for accurate, automated Trypan Blue viability.

This product has been discontinued. See the newer version of this product linked below.

The ZE5 Cell Analyzer is the only flow cytometer with the ideal combination of production throughput, smart sample-handling and superior speed and sensitivity to meet your research needs.

The Countess 3 Automated Cell Counter uses advanced machine-learning image analysis algorithms to deliver accurate cell counts and viability in seconds with the convenience of fully automated lighting, focus, capturing, counting, and saving thereby reducing the time and variability associated with manual cell counting.

The HoloMonitor ® live cell imaging system enables long-term non-invasive analysis of cell cultures within your standard incubator. Cell biologists worldwide use PHI’s label-free cell imager to automatically obtain accurate live-cell morphology, migration, and proliferation data as well as multi-well time-lapse videos, down to a single-cell level in real-time.