Custom precision components and systems for research and industrial physics applications
RI Research Instruments manufactures bespoke high-performance components for particle accelerators, fusion reactors, and industrial physics systems. The tech stack—C, C++, Python, SAP, Beckhoff TwinCAT, plus Azure DevOps and GitHub Copilot—reflects a hardware-centric organization adding software capabilities. Current hiring acceleration is concentrated in engineering roles across mid-level practitioners, paired with active digitalization of procurement; this signals operational scaling as custom manufacturing moves toward repeatable process automation.
RI Research Instruments designs and manufactures custom-engineered components and systems for high-energy physics facilities (particle accelerators, synchrotron beamlines), fusion research, medical devices (lithotripters), and industrial applications (plasma coating, radiopharmaceutical accelerators). Based in Bergisch Gladbach near Cologne with a second facility in Dortmund, Germany, the company serves a global customer base across research institutions and industrial supply chains. With approximately 400 employees, RI operates at the intersection of physics, precision manufacturing, and electrical engineering—building solutions that operate at extreme conditions (superconducting RF systems, XUV/EUV optics, beamline instrumentation).
Active projects include superconducting accelerator technology component manufacturing and digitalization of procurement processes. The procurement digitalization effort aligns with stated pain points around supplier selection, cycle-time reduction, and scrap avoidance.
Core languages: C, C++, Python. Manufacturing control: Heidenhain iTNC530, Beckhoff TwinCAT, PROFINET. Backend/enterprise: SAP, SQL Server, .NET, Azure DevOps. Frontend: JavaScript, TypeScript, SvelteKit. Version control and AI-assisted development via GitHub Copilot.
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