XRayDetect builds the image-processing software and control electronics inside X-ray systems — dual-energy colorization, conveyor scanner controllers and line-scan detector integration, delivered end to end.
Order any one on its own, or combine them into a single turnkey build — from the detector all the way to the operator interface.
Acquisition, calibration, filtering and colorization with material discrimination by density and effective atomic number — visualized in real time on OpenGL.
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Automatic sorting by material type — waste and recyclables, ore and minerals, scrap metal — with real-time dual-energy classification and ejection control.
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Controller development for X-ray systems — driving the generator, conveyor, interlocks and safety circuits. Hardware, embedded software and a cross-platform SDK.
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Bringing line-scan detectors into your software and hardware. Deep hands-on experience with industrial line-scan detectors — network acquisition, synchronization and calibration.
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An AI layer on top of the dual-energy pipeline: weapon and prohibited-item detection in scanners, foreign-body inspection in food, and NDT defect detection.
Learn more →Our software and electronics run in security checkpoints, sorting lines and industrial X-ray inspection — wherever what's inside has to be read correctly, in real time.
We work specifically on X-ray systems for security screening and industry — not "software in general".
Image-processing algorithms, microcontroller firmware, detector drivers and the operator GUI — all under one roof.
Line-scan detectors, X-ray generators, encoders, barrier sensors and conveyor mechanics.
By default we hand over source code and documentation — no lock-in to the contractor.
We take a solution all the way to series operation — not just to a desktop prototype.
We study the equipment, detectors and generator, plus throughput and safety requirements.
We pin down requirements and lock the interfaces and acceptance criteria.
Iterative, with interim demos and mock implementations so teams work in parallel.
Assembly on real equipment, calibration, load and acceptance testing.
Documentation, source code, training and ongoing maintenance.
Tell us about your X-ray system and your task — we'll propose a solution architecture and scope the work.