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TRANSVISTA: Transforming Vision. Transcending Science.
Empowering discovery through advanced in vivo imaging,
illuminating the brain and beyond.
TRANSVISTA Enables Breakthrough Multimodal Alignment of Neuronal Activity and Molecular Identity in Freely Moving Mice
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FENS 2026
Jul 7-10 | Barcelona, Spain
Visit us at Booth #144
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Method of the Year 2018:
Imaging in freely behaving animals”
by Nature Methods
Pioneering in vivo imaging solutions recognised for advancing brain research worldwide.
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Compact Turn-Key Solutions for
Freely-Moving Animals
From the SUPERNOVA-100 to the flagship SUPERNOVA-600, unlock deep-brain
insights with tunable optics, multi-plane imaging, and true mobility
Unleash Freely Behaving Research:
High-Resolution Multiphoton
Imaging from Neural Circuits to Whole-Organ Studies.
Powering Breakthroughs at Top Institutions Worldwide.

Trusted by partners, leading institutions,

labs and industry innovators

Ketamine induces plasticity in a norepinephrine-astroglial circuit to promote behavioral perseverance
SuperNOVA-100 enabled in vivo imaging of ketamine-induced plasticity in the astrocyte-norepinephrine circuit, providing direct experimental evidence for its rapid antidepressant mechanism.
View our publication

Miniaturized Multiphoton Microscopy
—The Optimal Choice for In Vivo Imaging

Miniaturized multiphoton microscopy represents a groundbreaking advancement for in vivo imaging. This innovative approach combines the benefits of multiphoton imaging with portable, wearable designs, enabling unprecedented freedom in biological research.

Explore our technology
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SUPERNOVA-100 provides a complete solution for in vivo imaging. It is
capable of imaging neurons and synapses in the brain of free-moving
animals
with the resolution of a benchtop two-photon microscope,
providing neuroscientists with a revolutionary new tool and opening up a
new paradigm of neuroscience research.

Explore SUPERNOVA-100

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About TRANSVISTA

At TRANSVISTA, we empower scientists with revolutionary miniature multiphoton microscopes that deliver high-resolution, multicolor imaging in freely behaving subjects. While driving breakthroughs in neuroscience - from neural circuits and brain disorders to cognitive research and drug development - our systems simultaneously enable discoveries in immunology, oncology and cardiovascular studies.

Trusted by leading institutions worldwide, we illuminate biological complexity across scales, from subcellular structures to whole-organ systems.