MegaRobo provides the CellVue® T2000, a high‑content imaging system that combines a high‑resolution CMOS sensor, digital confocal algorithms, and a high‑energy laser light source for fast, sensitive multi‑modal cell imaging. Integrated AI tools automatically recognize and segment cellular phenotypes, delivering rapid quantitative analysis for high‑throughput drug discovery and biomedical research.
Funding
Funding not disclosed
Founders
Product
Problem
Researchers in life sciences, drug discovery, and related fields need high-throughput, high-resolution cell imaging to capture detailed cellular phenotypes, but existing microscopy systems are often bulky, slow, and lack integrated AI analysis, limiting experimental efficiency and data quality.
Solution
Megarobo offers the CellVue® T2000, a high-content cell imaging system that combines a high‑resolution CMOS sensor, digital confocal algorithms, and a high‑energy laser light source to deliver fast, sensitive image acquisition. The platform supports flexible configurations—including multi‑color fluorescence, brightfield, and digital phase contrast—to meet diverse assay requirements. Integrated AI‑driven recognition and segmentation tools automatically process images, reducing out‑of‑focus noise and enabling rapid quantitative analysis. A user‑friendly interface and sub‑micron precision stage streamline operation, while optional objectives and plate formats expand experimental versatility. Continuous hardware and software upgrades ensure the system remains at the forefront of imaging technology.
Target Audience
Primary customers are academic laboratories, biotech and pharmaceutical R&D teams, and contract research organizations that require high‑throughput, high‑content cellular imaging for drug screening, cell biology, and related biomedical research.
Features
- High‑resolution CMOS camera with digital confocal algorithm for enhanced sensitivity and clarity
- High‑energy laser light source delivering stronger signal intensity and reduced exposure time compared to LED illumination
- Five‑color fluorescence, brightfield, and digital phase‑contrast imaging in a single instrument
- AI‑powered image recognition, segmentation, and post‑processing for automated data analysis
- Fast acquisition (average 0.3 s per image) with large‑field view (0.9 mm × 0.9 mm at 20×)
- Sub‑micron precision motorized stage with infrared laser autofocus for rapid focusing on complex samples
- Flexible objective options (4×–100×, air/water/oil immersion) and compatibility with 6‑1536 well plates, dishes, and slides
- Modular software updates and a Pioneer Program offering free early‑access for R&D teams