X-ray system
Dual-tube design with high-voltage isolation and oil cooling.
Open desktop micro-CT
A desktop micro-CT built from scratch: custom X-ray hardware, FPGA compute, a purpose-built detector and modular mechanics. Open design, inside and out.
01 — Why
Closed systems are hard to repair, extend or understand. RadiaX is modular and open, so you can service it, modify it and build on it.
02 — Platform
Dual-tube design with high-voltage isolation and oil cooling.
Custom scintillator-based CIS detector, built around RadiaX geometry.
Custom FPGA module for acquisition, signal processing and reconstruction.
Modular Mark 2 frame with motorized rotary and linear axes, checked with FEA.
03 — Process
Mount the sample on the 3-axis stage and set the geometry between tube, object and detector.
The sample rotates while the detector streams projections to the FPGA for capture and pre-processing.
Conventional reconstruction first. AI-assisted processing is planned alongside it, not as a black-box replacement.
04 — Audience
A scanner you can instrument, modify and cite, with access to the whole acquisition chain.
Real hardware for teaching CT physics, detectors, embedded design and reconstruction.
Open mechanics, boards and FPGA platform as a base for your own imaging projects.
Small-part inspection on the desktop, with a design you can understand end to end.
05 — Status
Under active development. Design files are in the public repository as they are cleaned up.
06 — Team
Built by Luka and Marco, a Hack Club Stardance project, supported by Radiacode.
You can only shoot at what you see.
Shoot for the stars with us!