Key Features and Benefits
AI-Powered Cell Analysis
Leveraging deep learning-based image recognition to accurately segments and classifies target cells and organoids, enabling unbiased and deeper insights.
Ultrafast Z-Stack Imaging
Captures ten 2D images per well in just 4 minutes for a 96-well plate, significantly boosting your throughput and accelerate your discovery.
Rapid Autofocusing
Scans each well in milliseconds, adapting to variations in consumables to ensure pinpoint accuracy and consistent results.
Uniform Whole Well Imaging
Innovative concave meniscus illumination technology ensures uniform image quality across the entire well, enabling accurate identification and analysis of every single cell.
Compliance Ready
Offers robust data management and is fully compliant with FDA 21 CFR Part 11, ensuring the highest data integrity and reliability for your critical assays.
Automation Integration Ready
Seamlessly integrating with your existing automation solutions to dramatically increase the number of samples you can process.
See the Difference in Organoids
Our AI platform accurately identifies and classifies 3D organoid structures, providing comprehensive phenotypic data for unprecedented insights.
Capture 3D Insights in Minutes
Scanning a full 96 well in 4 minutes
Streamline Your Cell Analysis Workflow
Application-based interface and customizable BioApps streamline workflows and allow easy expansion. While comprehensive data review tools provides powerful insights.
Key Applications
Organoid Analysis
- Organoid /Spheroid culture quality control
- Label-free organoid drug response test
- Organoid fluorescence viability analysis
- Cytotoxicity analysis for tumor organoid-based co-culture assay
Drug Discovery
- Hybridoma clone screening
- Single B cell clone counting
- GFP/RFP cell transfection
- Confluence analysis
- Cell proliferation, apoptosis, toxicity
Virus Titer Detection
- Plaque assay
- Virus titer detection by immunostaining (brown or blue spots)
Cell Line Development
- Assurance of monoclonality
- GFP/RFP cell transfection
- Label free cell counting
- Viability analysis
- Confluence analysis
Specifications
| Optical magnifications | 4x objective lens (NA=0.2) 10x objective lens (NA=0.3) |
| Imaging element | 16-bit, 10-megapixel, cooled CMOS color camera |
| Fluorescence channels | Ex: 395/15nm, EM: 460/20nm EX: 480/30nm, EM: 535/40nm EX: 545/15nm, EM: 590/25nm |
| Light sources | High performance LEDs |
| Focusing mode | Laser ranging auto-focus |
| Scope of Z-axis scanning | 0-7.8mm |
| Maximum path length of XY motor stage | X: 115mm Y: 220mm |
| Allowed Consumables | 6-384 well plates, microscope glass slides, culture dishes, cell culture T-flasks |
| Consumable load | 1 multiwell plate / tray / t-flask / petri dish per analysis |
| Computer configuration | i7 processor, 64G RAM, 1650S NVIDEA 4GB graphics card, MS-Win 11 operating system |
| Storage capacity | 2TB SSD + 4TB HDD |
| Power input | AC110-240V, 50/60Hz, 1.5A |
| Analyzer dimensions (W*D*H) | 21.8in×21.3in×19in (555mm × 540mm × 482mm) |
| Computer dimensions (W*D*H) | 6.7in×11.8in×14.5 in (169mm × 300mm × 367mm) |
| System weight (Analyzer, CPU, and Monitor) | 80.4lbs (36.5kg) |