Traditional microscopy workflows often require researchers to switch between upright and inverted microscopes, and can be cumbersome due to manual adjustments and complex software interfaces. Many fluorescence systems also require a darkroom, limiting where they can be placed.

ECHO offers a range of hybrid microscopes and live cell analyzers designed to streamline life science research. Their hybrid microscopes, such as the Rebel, Revolve, and Revolution, can easily convert between upright and inverted configurations, eliminating the need for multiple systems. The Revolution model offers full automation, including time-lapse, multi-point, mosaic imaging, and multi-well plate screening. ECHO's Cellcyte line provides live cell imaging solutions that operate from inside an incubator, with user-friendly software for real-time data analysis and remote monitoring of cell kinetics. Select microscope models also replace traditional eyepieces with high-resolution touch displays and cloud-based image management.

Hybrid design allowing conversion between upright and inverted configurations

Touch-based software interface for intuitive control and image capture

Automated features including time-lapse, multi-point, mosaic/tiling, multi-channel, and Z-stack imaging (model dependent)

High-resolution display for enhanced image clarity

Motorized fluorescence with LED illumination and Chroma filter sets (model dependent)

Cellcyte live cell analyzers with open-frame design for easy access and maintenance

Integrated data analysis and graphing tools for real-time data visualization (Cellcyte)

Remote access and cloud-based data management

The primary customers are researchers and pathologists in developmental biology, cell biology, neuroscience, immunology, and cancer research, as well as new labs and principal investigators.