Ramona develops high-throughput imaging systems for researchers studying live cells and small model organisms. Its proprietary Multi-Camera Array Microscope (MCAM™) technology captures images across multiple wells nearly simultaneously, enabling researchers to image a full 96-well plate in under two minutes. The approach is designed to accelerate experiments while supporting real-time observation of dynamic biological processes.

Ramona’s product range includes the Vireo™ system for live-cell and organoid imaging, offering multi-channel fluorescence capabilities, and the Kestrel™ system for high-throughput behavioral, morphological, and fluorescence analysis of small model organisms. The company also provides MCAM™ Software, an AI-powered platform for multiwell image analysis, with automation support and real-time machine-learning analysis to turn image data into quantifiable metrics.

Designed to work with standard well plates and automated workflows, Ramona’s instruments and software serve teams in quality control, drug screening, and cellular research. The company highlights non-destructive live brightfield imaging, streamlined workflows, and tools intended to improve throughput, reproducibility, and data-storage efficiency. Its customers include biotech and pharmaceutical companies, universities, and government organizations.