Vireo™

The world's fastest live-cell imaging system

From high-throughput discovery to uncovering modes of action, Vireo™ accelerates your research with real-time live-cell imaging.

01
Unmatched Throughput
1-minute per plate means more experiments and less waiting
Process 1,000 plates per day and 1,000 conditions per plate with Vireo’s high-speed imaging. Optimized for brightfield and multi-channel fluorescence, its automated z-stacking ensures rapid data acquisition while preserving sample integrity and preventing photodamage to living cells.
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02
Automation-Ready
Compatible with robotic systems for automated workflows
Vireo™ integrates seamlessly with lab automation platforms to enhance throughput and scalability. Our content-aware focusing and segmentation pipelines simplify workflows, enabling teams to achieve reproducible results with minimal intervention, saving time and eliminating tedious image processing steps.
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03
Parallelized Video
Function and dynamics at scale
Analyze multi-dimensional video microscopy data across 24x experimental conditions synchronously for unbiased and non-destructive assessments of cellular function and dynamics. Moving from longitudinal to continuous observation delivers rich data about sub-populations, internalization speeds, and physiological processes - at scale for the first time ever.
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Cell viability case study
Add Vireo™ to your lab
Brightfield imaging at 0.5um/px

Single-cell resolution
Automated z-stacking

Single-cell resolution
Automated z-stacking

Jason Stein, PHD

Associate Professor, Genetics, UNC Neuroscience Research Center and Primary Investigator of the Stein Lab

“The multi-camera array microscope allows us to image and analyze an entire 96-well plate of human cortical organoids in 2 minutes.”
Jieun (Esther) Park, PhD

Postdoctoral Research Associate, UNC Neuroscience Center and Carolina Institute for Developmental Disabilities (CIDD) Postdoctoral Fellow

“For our large-scale project, differentiating over 100 iPSC lines into brain organoids, the Vireo system has been a game changer. What used to take over 5 minutes per 96-well plate (96 organoids) now takes just 15 seconds.”
Christopher Weber, MD, PhD

Associate Professor of Pathology and Director of Organoid and Primary Culture Research Core, University of Chicago

“Ramona’s Vireo system is very user-friendly, requiring only 10 minutes of training to learn how to use it to rapidly assess entire well plates of patient samples in culture for quality control.”
Jan Bruder, PhD

Founder of JMB 3D Consulting, Former Head of the Laboratory for High-Throughput Organoid Generation and Analysis at Max Planck Institute for Molecular Biomedicine

“The outcome is a more transparent sample evolution, more detailed longitudinal data, and more user-independent, unbiased decision making for sample classification and quality control.”

Get Vireo™ up and running with ease

MCAM™ software is exclusively designed for use with Ramona’s Kestrel™ and Vireo™ microscope systems.

Contact our sales team to explore pricing packages tailored to your research needs.

Quick Setup
Designed for plug-and-play simplicity, Vireo™ can be up and running quickly with minimal disruption. Streamlined hardware and intuitive software ensure researchers can focus on discovery, not troubleshooting.
Robot-ready
Compatible with scheduling software through a formal Web API, Vireo™ integrates effortlessly into automated workflows for maximum throughput.
Built for Daily Use
Vireo™ combines the power of a room full of microscopes into a compact benchtop system designed to get researchers the data they need 24x faster so they can stay focused on the biology.
MCAM SOFTWARE FOR Vireo™
Powerful AI-enabled software for scalable research
MCAM Software drives the precision and scalability of Ramona’s systems, with real-time data processing, advanced visualization, and machine learning tools. From seamless image capture to instant data featurization, it transforms workflows and accelerates discovery.
SOFTWARE
Vireo™ specifications
see All publications
01
Optical Characteristics
02
Sensor Characteristics
03
data
04
MECHANICAL & POWER
05
IMAGE ACQUISITION
06
Microscope Array Layout (96WP)
07
Well Plate Compatibility
08
Environmental
09
Fluorescence Specifications
Vireo™ specifications
see All publications
01
Optical Characteristics
02
Sensor Characteristics
03
data
04
MECHANICAL & POWER
05
IMAGE ACQUISITION
06
Microscope Array Layout (384WP)
07
Well Plate Compatibility
08
Environmental
09
Fluorescence Specifications

Reach out for detailed pricing options

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Book a call with one of our Ramona experts:
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