Incucyte® CX3 Live-Cell Analysis System
The Incucyte® CX3 live-cell analysis system with confocal imaging enables crystal-clear visualization of organoids and spheroids. Thanks to its exceptional flexibility, the CX3 supports the simultaneous execution of 2D and 3D assays. Using both fluorescence-based and label-free methods for continuous monitoring of morphology, growth, and phenotypic changes, the system enables the collection of physiologically relevant data without disrupting cultures—providing clear insights that accelerate decision-making in drug development, disease modeling, and personalized therapies.
New
Price: On request
Key Features of Incucyte CX3
- Choice of spinning disk confocal imaging, widefield fluorescence, HD phase contrast, and brightfield imaging
- Multiplexing with up to three fluorescence channels (Green, Orange, NIR)
- 4×, 10×, and 20× objectives on an automated turret
- Multi-user support with three interchangeable trays, enabling parallel use of up to six microplates
- Continuous, long-term, non-invasive imaging of 2D and 3D models in a controlled environment
Applications
- Compound screening and toxicity profiling in 3D tumor spheroids
- Multiparametric assessment of drug responses across organoid panels
- Parallel monitoring of differentiation and viability in stem-cell–derived 3D models
- Time-resolved analysis of treatment effects in multi-well plate formats
Software Module Capability
- Incucyte® Spheroid
- Incucyte® Organoid
- Incucyte® Cell-by-Cell
- Incucyte® Advanced Label-Free
- Incucyte® AI Cell Health
- Incucyte® ScratchWound*
- Incucyte® Chemotaxis*
- Incucyte® Neurotrack*
- Incucyte® Neuronal Activity*
- Incucyte® 21 CFR Part 11*
- Incucyte® AI Nuclei Detection Software Module
- Incucyte® 3D Object Classification
Advantages of CX3 in Live-Cell Imaging and Analysis
- Physiologically relevant environment without disturbing cell cultures
- Remote network access for routine assay monitoring
- User-friendly software enabling complex assays and generation of reliable, objective, and publication-ready data
- Multi-user capability supporting up to six microplates, two fluorescence channels, and three objectives
