Automated Microscopy
Live cell imaging system with environmental control and REST API.
Automated microscope with built-in incubation (37°C, 5% CO₂), motorized SBS plate positioning, and REST API. Currently seeking development partners for production.
Resolution
Plate Format
Incubation
Key Features
Imaging, environmental control, and API access in one system.
Live Cell Imaging
Time-lapse imaging with programmable intervals. Automatic image capture at set positions over hours or days.
Controlled Environment
Built-in incubation maintains 37°C, 5% CO₂, and 85% humidity. Closed-loop PID control keeps conditions stable.
Fluorescence Imaging
LED fluorescence with standard filter sets for GFP, RFP, and DAPI. Suitable for protein expression and viability assays.
Hypoxic Conditions
Oxygen control from 1-21% for hypoxia studies, tumor models, or stem cell work requiring low-oxygen environments.
REST API
HTTP endpoints for triggering captures, retrieving images, and adjusting settings. JSON responses for easy integration.
ML Integration
Images exported as TIFF or JPEG with metadata. Standard formats work with TensorFlow, PyTorch, or scikit-image.
4K Imaging
3840×2160 resolution with brightfield and darkfield. Optional fluorescence microscopy addon for protein expression and viability assays.
Remote Access
Web interface and API work over network. Check experiments and download data without entering the lab.
Product Gallery
Explore detailed views of our automated microscopy system from every angle.
Complete Front View
Back Panel Access
Side Perspective
Real Cell Imaging
High-quality images captured from the CCA Microscope prototype across various cell types and imaging modalities.
HeLa Cells - Brightfield
High-resolution brightfield imaging of HeLa cell culture showing cellular morphology and confluence.
Primary Neurons - Fluorescence
Multi-channel fluorescence imaging of primary neuronal cultures with GFP and RFP markers.
iPSC Colony - Brightfield
Induced pluripotent stem cell colony captured with brightfield microscopy showing tight junctions and colony morphology.
T-Cell Migration - Time-Lapse
Time-lapse sequence showing T-cell migration and interaction with target cells over 12 hours.
Brain Organoid - 3D Culture
3D brain organoid under hypoxic conditions (5% O₂) showing layered cellular organization.
Apoptosis Detection - Live/Dead Staining
Dual fluorescence imaging showing live (green) and apoptotic (red) cells under drug treatment.
User Interface
Intuitive web-based control interface for experiment management, environmental monitoring, and data acquisition.
Main Dashboard
Central control interface showing live feed, experiment status, and environmental parameters.
Stage Position Control
XYZ motorized positioning with well plate visualization and automated scanning interface.
Environment Monitoring
Real-time monitoring of temperature, CO₂, O₂, and humidity with historical trend graphs.
Time-Lapse Setup
Experiment scheduler with interval configuration, focus automation, and multi-position capture.
Technical Specifications
Prototype specifications. Final production units may vary.
Environmental Control
Imaging Specifications
Software & API
Physical Specifications
Streamlined Research Workflow
From sample loading to data analysis designed for efficiency and reproducibility in cell culture research.
Sample Preparation
Load your cell cultures in standard SBS microplates into the automated stage. The system maintains optimal growth conditions.
Automated Growth
Integrated environmental control maintains 37°C, 5% CO₂, and 85% humidity for optimal cell culture conditions.
Live Monitoring
Capture time-lapse sequences with automated scheduling. Monitor real-time via web interface or programmatic API access.
Data Access
Retrieve images and metadata via REST API. Export to standard formats for analysis, ML training, or integration with your pipeline.
Ready to integrate into your lab?
Our team can help you design a custom workflow tailored to your research needs and existing infrastructure.
Get in Touch
Questions about our products, pricing, or technical specifications? Send us a message.