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The Andor benchtop microscopy imaging series was developed in collaboration with leading biologists, can be used in life science applications, and is optimized for use by individual research groups. Previously, only larger, more complex, and more expensive imaging systems could meet your experimental needs. But now, regardless of your sample, our benchtop microscopy imaging systems are enough to bring immediate clarity and depth to all your research.

Image analysis is typically highly repetitive and time-consuming. Researchers must manually perform the same steps across large datasets, while it is also difficult to share precise workflows to ensure reproducible results.

Imaris version 11 addresses these challenges by introducing the "Workflow" feature, which automates repetitive tasks through batch processing while recording analysis steps into an exportable workflow.

Now, researchers can efficiently process large datasets, ensure reproducibility of results, and seamlessly share research methods with collaborators — transforming image analysis from a research bottleneck into a driving force that accelerates scientific discovery.

By combining high-resolution imaging with large-range Z-axis acquisition, deeply analyze how complex neural structures gradually emerge during early developmental stages

Compared with traditional 2D culture systems, organoids can more realistically simulate cell interactions and the microenvironment in living tissues

Under the lens of the Oxford Instruments Dragonfly system, a breathtaking image was captured—motor neurons differentiated from human iPSC (induced pluripotent stem cells)

Focusing on how vascular structures within lung tissue respond to different tumor cell populations, IMARIS reveals the complex adaptive changes in the tumor microenvironment