The Agile team in the lab beside an early magnet assembly

About us

Our story

1

A radical idea

While researching MRI technology at Tel Aviv University, Professor Uri Nevo had a breakthrough: what if MRI could create clear images without expensive gradient coils or a perfectly uniform magnetic field? This question became the foundation of Agile 3D Imaging.

The prototype magnet on the test bench in the Agile lab
2

From theory to image

Signal-processing expert David Corcos joined Uri and transformed the concept into mathematics, acquisition methods and reconstruction algorithms. Together, they proved that meaningful MR images could be created even in highly distorted magnetic fields — shifting complexity from costly hardware into intelligent software.

Two engineers assembling the magnet frame in the workshop
3

From image to product

A proof of concept was only the beginning. Quantum physicist Boaz Almog brought deep experience with magnets and superconductors, together with magnet expert Itzik Rabinovich. Working with the wider Agile team, they designed a magnet specifically around the new imaging technology.

The magnet platform under assembly on the bench in the Agile lab
The Agile lab

The result is an affordable 3D soft-tissue imaging system designed to work at the point of care, without specialized infrastructure or a dedicated MRI operator.

Agile 3D Imaging was born from one unconventional question — and a shared mission to make meaningful medical imaging available everywhere.

Development-stage veterinary device. The AgileVet configuration is in development. It is not currently available for sale, and the capabilities, specifications, scan times and economics described on this site are design goals rather than measured performance on veterinary patients. Low-field MRI does not reproduce the image quality of a 1.5T or 3T system, and no diagnostic equivalence to high-field MRI is claimed or implied. Core patent recently allowed worldwide; other patents pending. © 2026 Agile MRI Ltd.