Supplier: VWR Collection

Save time and reduce variability with VWR® automated cell counter and VWR® automated cell counter Fluo. Intelligent image recognition and advanced optical imaging technology to achieve accurate and automatic cell analysis, cell concentration and cell size determination.

Supplier: NANOENTEK

EVE™ is a benchtop automatic cell counter designed to measure cell count and viability accurately and precisely. It uses the standard trypan blue technique.

Supplier: NANOENTEK

ADAM-MC2 is an automated fluorescence cell counter that performs cell counting and viability measurements at highest accuracy capable of replacing complex flow cytometry workflows. Combined with the disposable micro-fluidic Accuchip, operation is extremely simple and cost-effective. Utilising the PI (Propidium Iodide) nucleus staining method, most advanced LED optics and CMOS detection technology, ADAM-MC2 is the perfect solution when working with aggregated, irregular shaped or challenging cells like CAR-T cells, CAR-NK cells or adipose-derived stem cells.

Supplier: Merck

The Scepter™ 3.0 handhled automated cell counter provides the unparalleled precision of Coulter impedance counting in a convenient, handheld format. Newest version of the Scepter™ cell counter has been updated with features that make it more convenient, easy-to-use, and accurate.

Supplier: NANOENTEK

EVE™ Plus is a compact image-based automated cell counter that uses disposable slides to most accurately determine eukaryotic cell titers in less than one second. In addition, when applying trypan blue staining, the system will discriminate between live from dead cells precisely to provide reliable data on cell viability. Compared to counting cells manually using classical haemocytometers, the EVE™ PLUS automated cell counter offers three main benefits.

Supplier: NANOENTEK

ADAM-CellT is an automated cell counter for cGMP. It takes only 25 seconds for ADAM-CellT to present results. ADAM-CellT has an easy-to-use built-in tablet and complies with 21 CFR part 11. When 21 CFR part 11 mode is activated, data cannot be modified by any user.

Supplier: ANVAJO

The fluidlab R-300 combines an automated cell counter with a full-fledged spectrometer, thus enabling a variety of analyses such as automated cell counting and staining-free viability measurements as well as scatter light, absorbance and time-series measurements. With its intuitive handling and reliable results, the portable device is the all-rounder for your everyday laboratory work.

Supplier: Corning

This cell counter uses online image processing with a cloud-based machine learning algorithm.

Supplier: Orflo

The Moxi™ Z automated cell counter combines the the 'gold-standard' Coulter Principle typically used in high-end instruments with a patented thin-film sensor technology to provide highly accurate and repeatable direct cell/particle size and count over a broad dynamic range (2 to 34 µm), with single cell resolution.

Supplier: Orflo

The Moxi V™ provides a combination of volumetric cell sizing (particle sizer) with simultaneous fluorescence (flow cytometer) to provide the most accurate cell counts, size, and viability in the industry. Specifically, the Moxi V™ employs the Coulter Principle to precisely measure the volumetric particle size of each particle for exact size measurements down to 3 µm in diameter (14 fl volume), easily distinguishing between cells and debris. The system is also equipped with a 532 nm laser and a 561 nm/LP detection channel for robust cell viability analysis.

Supplier: GLASWARENFABRIK KARL HECHT

The electronic memory devices specify blood counting.

Supplier: Orflo

Moxi GO II™ combines two instruments to deliver amazingly affordable, easy to use, maintenance-free, gold standard cell count accuracy and precision through the Coulter Principle and integrating 2 channels of flow cytometry. This unique combination covers a large number of routine cell assays (cell count, cell volume, viability, cell proliferation, transfection checks, apoptosis, phenotyping, cellular response) with quantitative single cell data output.