Non-Destructive Testing

See inside the structures
X-ray cannot reach.
Without cutting them apart.

A different kind of sight,
not a better X-ray.

Every rocket engine, turbine blade, and reactor vessel carries the same question: what is actually happening inside? 

X-ray reaches only a few centimetres. Industrial CT cannot reach metre-scale assemblies. Passive muography takes days. So teams cut parts open, accept risk, or ship with uncertainty.

MuRay ends the guesswork.

A controlled muon beam images the densest, largest structures, non-destructively, in minutes, on the factory floor. It shows not just where a defect is, but what it is made of. A different kind of sight.

penetration depth vs X-ray

penetration depth vs X-ray

<0.0
<0.0
<0.0

penetration depth vs X-ray

~0
~0
~0

minutes full 3D scan

Frequently
asked questions

Frequently
asked questions

I know X-rays from hospital scans or airport security — is this the same kind of thing?

What does MuRayTech actually do?

Isn't muon imaging already a known technique — what's "Active" about it?

What's the benefit of generating muons artificially instead of using natural ones?

Who is behind MuRayTech and how far along is the technology?

When will this be available, and can I get involved or learn more?

I know X-rays from hospital scans or airport security — is this the same kind of thing?

What does MuRayTech actually do?

Isn't muon imaging already a known technique — what's "Active" about it?

What's the benefit of generating muons artificially instead of using natural ones?

Who is behind MuRayTech and how far along is the technology?

When will this be available, and can I get involved or learn more?

Run a pilot on your own part.

Run a pilot on your own part.

Run a pilot on your own part.