A complete X-ray based thickness gauge: equipment assessment, hardware selection, electrical and hardware engineering, API integration, all software, and commissioning — delivered as a working instrument.
An industrial measurement company2 min read
Hover or focus a component to see what it is and what it talks to. Arrow keys move between them.
An X-ray source and detector feed an acquisition chain; gauge software applies a calibrated thickness model and passes thickness back to line control.
Components:
Connections:
The situation
Measuring material thickness without touching the material means measuring X-ray attenuation — and turning raw detector data into stable, accurate, usable thickness readings is as much a software, electrical, and integration problem as a physics one. A gauge is only useful when every one of those layers works together as an instrument.
What we did
How it works
For the client we engineered the gauge as a whole. We assessed the equipment needs, chose the hardware, and engineered the electrical and hardware systems that power and protect it. We wired the API integration with the surrounding tooling, and wrote all of the software behind the instrument — from detector data through calibration to the thickness readings the operation actually uses. We installed and commissioned systems to bring the gauge into service.
Outcome
A functioning X-ray thickness gauge delivered as a complete instrument rather than a collection of components — hardware, electrical systems, integration, and every line of software engineered by one accountable team.
Stack
Related services
Strategy. Software. Systems.
Describe the system — what it has to do and what it has to survive. An engineer replies within one business day.
Book a callOr describe it here
One line is enough. A person reads it and replies within a business day.
