What if you could get real time polymer insights without relying on synchrotron access? Or spot hidden defects in complex components without cutting them open?
More labs are moving advanced analysis closer to their daily workflows, reducing reliance on external facilities and shortening decision cycles. In this edition, we share practical ideas to help you work more efficiently, solve problems faster, and get more value from your X-ray analysis.
A bright pigment might look simple, but every colour carries a chemical fingerprint.
With XRF, you can quickly uncover what is really inside paints and pigments. Even small traces of elements such as lead or chromium can reveal outdated or restricted formulations, while subtle changes in composition can explain differences in colour, performance, or durability.
Because XRF is non destructive and requires minimal sample preparation, you get fast and reliable results without altering the sample. This makes it ideal for routine quality control as well as for analysing valuable or sensitive materials.
The insight: Colour is not just appearance. It is information you can measure and use.
Looking to discuss a specific challenge or explore a new application?
Meet our specialists at scientific events across EMEA or join online sessions to see how different techniques are applied in practice and ask your questions directly.
Accelerate Polymer Analysis with Time Resolved WAXS
Thursday, 23 April 2026 | 10:00 CEST
How can you observe structural changes in polymers as they happen without relying on synchrotron facilities?
In this session, you will see how laboratory based time resolved WAXS enables real-time analysis of crystallisation, phase transitions, and structural evolution, helping you better understand material behaviour during processing.
Who it is for: Polymer R&D, materials science, and advanced characterisation labs.
X-ray Computed Tomography for Materials and Life Science –
Part 12: Medical Devices & Healthcare Products
Wednesday, 29 April 2026 | 20:00 CEST (1:00 PM CDT)
When internal structures matter, cutting samples is often not enough.
This webinar shows how X-ray CT allows you to detect hidden defects such as voids and sink marks, inspect complex multi material components, and use 3D data to improve development and quality control processes.
From data to structure. This hands-on workshop focuses on practical workflows for phase identification, quantitative analysis, and structure determination using SmartLab Studio II.
Whether you are new to XRD or looking to deepen your expertise, the session is designed to give you practical skills you can apply directly in your work.
How can analytical techniques support the development of more sustainable building materials?
At this German-language event, you will see how elemental analysis (WD-XRF) contributes to the development of low CO₂ cement and more efficient production processes. The programme includes expert talks, live demonstrations, and opportunities to discuss your own samples. The event is free of charge.
High sample volumes and limited resources can slow down even well equipped laboratories.
Automating your XRD workflow with the ASL Auto Sample Loader helps you process more samples with less manual effort while maintaining consistent measurement quality. This is particularly useful in QA and QC environments where reliability and throughput are essential.
What this means for you: More samples processed in less time, with fewer errors and more time to focus on data interpretation.
In many industrial environments, fast and reliable elemental analysis is essential to keep production stable and product quality consistent.
This video shows how the ZSX Primus III NEXT supports high precision WDXRF analysis for routine process control, delivering accurate results in minutes and enabling real time decisions across applications such as cement, mining, metals, and chemicals.
What this means for you: Greater control over your processes, with faster and more reliable analytical results.
Quick access to key parameters can make a real difference in daily work.
Rigaku’s XRD calculators help you determine values such as diffraction angles, d spacing, and transmission quickly and intuitively, supporting more efficient experiment setup and reliable data interpretation.
Reliable results depend not only on technology but also on consistent performance.
Our service and application teams support you in maintaining your systems, optimising workflows, and solving analytical challenges so you can focus on your results.
Building confidence in your methods helps reduce errors and improve efficiency.
Our in person and online training sessions are designed for both new and experienced users, covering practical applications, system operation, and troubleshooting.
Note: In-person training seats are limited—early registration is strongly recommended.
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