Our core industries
Royma Industrial CT serves manufacturers and researchers who cannot compromise on internal quality. Our high‑precision X‑ray and CT systems reveal critical internal details, enabling confident decisions in development, production and failure analysis. We support academic research, automotive, aerospace, die casting, injection molding, additive manufacturing, battery and electronics industries. Our CT platforms handle complex structures from turbine components and cast housings to battery packs and miniature electronics with micron‑level resolution. Customers use Roymatek CT to shorten tool tryout, optimize processes, verify assemblies and achieve 100% defect detection at production throughput with repeatable, traceable measurement accuracy.
Academia
Roymatek supports universities and research institutes with high‑precision CT systems that turn complex materials and components into rich, quantifiable 3D datasets. Our cooperation with the IPeG institute at Leibniz University Hannover adds an explicitly academic and explorative dimension, with joint projects on novel inspection strategies for complex geometries. Researchers gain non‑destructive access to internal features, defects and microstructures, accelerating publications, method development and collaborative projects across materials science, engineering and applied physics. This close collaboration ensures that new CT workflows are tested under real research conditions and can seamlessly transition into industrial applications.
Automotive
Royma supports the automotive industry with CT inspection solutions that are proven in cooperation with China’s leading e‑mobility pioneers and global Tier‑1 suppliers. Working with innovative OEMs such as NIO, Chery and Geely, Royma helps engineers validate e‑drive units, inverters, power electronics, battery housings and structural castings in full 3D, from early prototypes to high‑volume production. Our CT systems detect porosity, cracks, inclusions, misalignments and assembly defects that could compromise safety, NVH behaviour or lifetime, and they do this at a speed compatible with modern production lines. At the same time, Royma cooperates with key suppliers to global automotive brands in Europe and Asia, delivering lab and inline CT machines that stabilise complex casting, moulding and joining processes, support PPAP and supplier approval, and provide traceable quality documentation for demanding OEM programs worldwide.
Aerospace
Aerospace manufacturers rely on Roymatek CT to inspect mission‑critical parts where failure is not an option. Our systems visualise internal geometries of turbine blades, structural castings, composite components and complex assemblies with micron‑level precision. CT‑based dimensional and defect analysis helps qualify suppliers, stabilise special processes and document compliance with demanding aerospace and defence standards.
Royma is deepening this expertise through cooperation with Xi’an Zhongke Weijing, a leading specialist in advanced turbine manufacturing and maintenance. Together we are developing automated CT inspection concepts for turbine blades that connect production and repair workflows, ensuring consistent detection of critical defects, reliable evaluation of cooling structures and clear quality documentation throughout the blade lifecycle.
Batteries
Royma is closely embedded in the Chinese battery ecosystem, co‑developing next‑generation CT inspection machines with leading cell and pack manufacturers such as BYD, CATL and other top new‑energy players. Working side by side with these partners on real production lines, Royma tailors inline and laboratory CT systems for cylindrical, prismatic and pouch cells, integrating gentle handling, fast 3D scanning and AI‑driven defect recognition into existing automation. Our CT solutions detect critical defects such as misaligned electrodes, faulty tab welds, gas pockets, foreign particles, internal short‑risk features and assembly deviations, all in sealed cells. This collaboration accelerates new inspection concepts and ensures that Royma’s battery solutions meet the latest safety, throughput and GRR requirements for high‑volume EV and energy‑storage manufacturing.
Additive Manufacturing
Additive manufacturing thrives on design freedom, and Royma helps turn that freedom into reliable, certifiable products by making internal quality fully transparent. Through our cooperation with the IPeG institute at Leibniz University Hannover, where a Royma micro‑CT system is used in cutting‑edge AM research, we have gained deep experience with complex lattice structures, internal channels and multi‑material components. Joint projects and workshops with IPeG allow us to transfer academic methods for defect detection, process window optimisation and digital part validation directly into industrial workflows, effectively closing the loop between research results and robust series production of additive parts.
Electronics
Royma helps electronics and consumer electronics manufacturers secure internal quality in ever more compact and integrated designs. Our CT systems reveal hidden defects in solder joints, vias, connectors, batteries, camera modules and encapsulated assemblies that conventional 2D X‑ray often misses. Engineers detect head‑in‑pillow, voiding, bridging, cracked components, misalignments and assembly deviations in a single 3D scan, supporting rapid failure analysis and robust process windows from SMT to final device assembly. Building on early engagement with inline CT projects for Foxconn production inspection, Royma brings this experience to a wider customer base, enabling high‑throughput, traceable inspection that protects yield, reliability and brand reputation.
Die-casting and injection molding
Roymatek supports die casting and injection molding customers in understanding what really happens inside their parts and tools. Our CT systems reveal porosity, cold shuts, shrinkage, voids, weld lines, fibre orientation and warpage across the complete component volume, from first shots to long‑term serial production. Engineers use these 3D insights to shorten tool tryout, validate cooling layouts, correlate internal defects with process parameters and stabilise dimensional performance over the full tool life. In cooperative laboratory work with Honda, Roymatek applies this capability to demanding automotive components, turning detailed CT analysis into practical guidance for tool optimisation, process windows and robust series quality.