Which high-content screening platform is right for you?

All of our high-content screening platforms offer high-speed image acquisition, powerful image processing algorithms and unparalleled real-time analysis. Platforms feature more than 30 validated assays and options including live-cell imaging and in-depth life sciences analysis, including single-cell analysis capabilities. Browse the categories and specifications below, then link to your models of choice for more information.

Selection guide


CellInsight CX7 LZR Pro

CellInsight CX7 LED Pro CellInsight CX5

Best option for

High-throughput screening and 3D organoid and spheroid research involving thick specimens.

Multiplex biology, including time-lapse and live-cell imaging.

Researchers needing optics that deliver optimal assay sensitivity.

Camera
sCMOS sCMOS CCD
Illumination

7 channels

7 channels

5 channels

Widefield

7-color laser excitation

7-color LED excitation

color LED excitation

Brightfield

4 specific LED + white light for higher contrast imaging (5-color total)

4 specific LED + white light for higher contrast imaging (5-color total)

White

Confocal

Nipkow spinning disk with 40 µm & 70 µm pinholes

Nipkow spinning disk with 40 µm & 70 µm pinholes

NA

Objectives

Olympus X-line objectives, magnifications 2x-60x

Focus

Laser and software

Laser and software

Software

Microplate types

6 to 1,536 wells

Onboard real-time analysis software

HCS Studio 5.0 Cell Analysis Software with Cell-painting Bioapplication

HCS Studio 4.0 Cell Analysis Software

EurekaScan Finder software

yes

yes

no

Z-stack acquisition
yes

yes

yes
Amira Software compatibility    
yes yes yes
Microscope slides
yes yes yes
Live-cell and time-lapse imaging
Optional on-stage incubator with kinetic scheduling of acquisition and analysis. CO2 and N2 for hypoxia conditions available.
Database
Store Express Image and Database Management Software Include: scalable SQL/Oracle database options available

Cell Painting application note


For Research Use Only. Not for use in diagnostic procedures.