Observe, Capture, and Quantify in Real Time
Description
Unlock the full, dynamic story of your cells without ever disturbing their environment.
The JuLI™ Stage Real-time Live Cell Imaging System redefines live cell monitoring by combining a compact, incubator-compatible design with fully automated, multi-channel imaging and powerful analysis software. Designed to operate seamlessly inside your standard CO2 incubator, the JuLI™ Stage acts as a Cell History Recorder (CHR), providing continuous, high-resolution surveillance of your cultures from start to finish.
Observe, Capture, and Quantify in Real Time:
Stop relying on single-point analysis and endpoint assays. The JuLI™ Stage delivers comprehensive kinetic data that reveals subtle yet critical cellular events, ensuring you never miss the optimal time point or a key biological change.
Key Features that Transform Your Workflow:
- Incubator Compatibility: Compact and designed to operate under stable, physiological conditions (temperature and CO2), minimizing environmental stress and sample disturbance.
- Fully Automated X-Y-Z Stage: Effortlessly monitor up to 384-well plates, flasks, and dishes. The motorized stage, combined with auto-focusing and Z-stack imaging, guarantees consistent, high-quality images across all positions.
- Multi-Channel Fluorescence: Capture detailed events using three sensitive fluorescence channels (GFP, RFP, DAPI) alongside bright field imaging, all with user-changeable objective lenses (4X, 10X, 20X).
- Integrated Software Suite: The intuitive CHR, EDIT, and STAT software allows you to set up complex time-lapse experiments, automatically generate videos, and perform quantitative, image-based analysis, including:
- Cell Confluence and Growth Curve analysis
- Fluorescent Cell Counting
Wound Healing (Scratch Assay) analysis (with optional STAT software) - 3D Spheroid/Organoid monitoring (with optional STAT software)
Ideal for a Wide Range of Applications:
The JuLI™ Stage is the essential tool for long-term kinetic studies in: Cell Proliferation and Cytotoxicity, Cell Migration (Wound Healing), Stem Cell Monitoring and Differentiation, High-Content Screening (HCS), Apoptosis, Transfection Efficiency, and 3D Spheroid Culture analysis.
Specifications
| Light source |
Blue, Green, UV LED (intensity adjustable) |
| Objective lens |
Inter-changeable objective lenses:
|
| Fluorescence |
|
| Camera |
High-sensitivity monochrome CCD (Sony sensor 2/3″)
|
| Stage |
Automated, motorized X-Y-Z stage, ex-changeable vessel holders (optional) |
| Exported format |
|
| Operating environment |
5 – 40°C, 20-95% |
| Dimensions (W x D x H) | Weight |
42.9 x 31 x 32.4cm | 18.5kg |