Super-resolved imaging, made accessible.

LiveRIM is a compact, modular add-on that brings super-resolution capabilities to most modern microscopes. It enables real-time, super-resolved imaging of living biological samples with minimal training or workflow changes. Designed for dynamic, living samples, it offers real-time precision imaging with no need for complex new systems. A collaborative innovation by Inscoper, Gataca and Rimeo

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Super-resolution, instantly

Achieve ~100 nm resolution and high optical sectioning directly on your existing widefield microscope with Live reconstructions.

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Living samples challenge conventional setups.

LiveRIM captures dynamic biological processes with temporal accuracy.

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Effortless & reliable

Robust performance on live or fixed samples, with minimal setup and stable results over time.

Controlled randomness.
Clearer images.

LiveRIM works by projecting pseudorandom illumination patterns onto the sample.

Each acquisition captures complex optical information. Our algorithm reconstructs high-resolution data by decoding the interaction of light and tissue.

This method increases speed and clarity, especially for dynamic samples.

Seamless integration.

LiveRIM is compatible with most modern epifluorescence microscopes.

It connects via standard ports. Works with: Zeiss, Nikon, Olympus, Leica systems and more.

From live cell imaging to tissue dynamics.

LiveRIM is used across various research domains:

Cell biology

Neurobiology

_Cancer research

Tissue engineering

Organoid dynamics

And more

Technical overview

All specs available in detailed documentation. Here's an overview:

Dimensions, connectivity, software requirements, resolution capacity, frame rate, etc.

Trusted in the field

Visual outcomes

A curated gallery of LiveRIM captures — before/after views, live sequences, organoids, etc.

Want to know if LiveRIM fits your lab?

We offer custom documentation, tailored demos, and guided integration support.

Let us know what you need — our team will help define the right path.