AtomTrace

This month, our EXPO journey continues with a spotlight on life sciences. 🧬

In healthcare, speed and precision are crucial. Our technology turns hours of lab work into insights in seconds – no complex preparation, no harmful radiation. From safer osteoporosis diagnostics, to real-time cancer monitoring, to keeping medicines pure, it changes the way we protect health.

At EXPO we will demonstrate how advanced chemical analysis is moving beyond the lab and into everyday medical and pharmaceutical practice.

🤝 And we’re not doing it alone: together with i-Lab (JP), we’re building a bridge between Czech and Japanese innovation, showing how collaboration accelerates progress in science and healthcare.

📍 Czech National Pavilion, September 16 – 15:00

🎟️ If you’re interested in tickets, contact us at [email protected]

https://www.atomtrace.com/news/life-sciences-on-the-world-stage-expo-2025/

Boron monitoring in coolants? 🧊 With LIBS, it’s faster, cleaner, and more efficient than ever.

In our latest article, we show how LIBS technology delivers real value in fluid analysis enabling smarter control and streamlined processes.

👉 See how it's done:

LIBS for Fluid Analysis: Monitoring Boron in Coolants | AtomTraceAtomTrace Advanced instruments for the Laser Induced Breakdown Spectroscopy (LIBS) technique

Hydrogen-ready aluminum alloys? It starts with knowing what’s inside. 🧪

With Sci-Trace, we successfully detected and analyzed niobium (Nb) and tungsten (W) in aluminum alloys, providing clear, reliable data for materials built to perform in hydrogen environments.

☝ Accurate detection
⚡ Fast results
💥 Smarter alloy design

https://www.atomtrace.com/news/advanced-characterization-of-nb-and-w-doped-aluminum-alloys-for-hydrogen-applications-using-sci-trace/

Fast. ✔️ Direct. ✔️ Contactless. ✔️

Zinc is a key indicator in nitrocellulose formulations, whether as a stabilizer or a residual impurity. But analyzing such reactive materials has always been a challenge.
With Sci-Trace, we measured zinc directly in nitrocellulose, no sample prep, no chemicals, no contact. We achieved results consistent with AAS, but up to 40× faster.🚀
A powerful example of how LIBS is changing the way we approach sensitive materials.

🔍 What exactly are we eating and how can we know for sure?

This month at EXPO 2025, AtomTrace takes a closer look at the elemental composition of what we grow, process, and consume.

📅 Join us on July 22 for our thematic presentation:
“The Science Behind What You Eat – From Nutrients to Toxins”

We'll discuss real-world applications of LIBS in the food and feed industries:
🥣 from nutrient mapping in fertilizers
⚠️to contaminant detection in food,
🌾and protein-level analysis in grain-based products.

📩 If you're attending the EXPO and would like to see the demo live, contact us at [email protected] for tickets or more info.

https://www.atomtrace.com/news/the-science-behind-what-you-eat-atomtrace-at-expo-2025/

🔥 LIBS isn’t just an alternative, it’s a powerful tool for fast and accurate elemental analysis. With real-time results and minimal sample preparation, AtomTrace systems deliver reliable performance even in complex material matrices. 🔬

Check out our recent study showcasing strong linear correlations between LIBS results and XRF benchmarks across multiple elements. This highlights its exceptional precision and ability to handle intricate material compositions with ease.

📖 Read the full article here: https://www.atomtrace.com/news/breaking-limits-in-chemical-composition-analysis-with-libs-2/

What if analyzing glass didn’t have to be slow and destructive? 🧪⏳

In our recently published article, we explore how LIBS can transform glass analysis — making it significantly faster, more precise, and much less invasive than traditional methods. ✔️

We share practical insights from a multi-sample case, including how LIBS was used to:
📊 determine light element concentrations
🧭 detect inhomogeneities
🔍 identify the source of defects

LIBS is not just a promising alternative — it’s a powerful tool for improving quality control and supporting innovation in materials science and manufacturing.

📄 Take a look at the full article 👉https://www.atomtrace.com/news/elevating-glass-industry-with-libs/

🔍 Choosing the right laser source can make a real difference — especially when working with demanding samples and expecting consistent, high-quality results.
💡 We recently tested a laser from RGB Lasersystems GmbH in our spectroscopy setup, and it turned out to be exactly what we needed:
✅ compact design
✅ stable performance
✅ narrow spectral linewidth

Learn more about our experience:

Our Experience with RGB Laser Systems in Raman Applications | AtomTraceAtomTrace Advanced instruments for the Laser Induced Breakdown Spectroscopy (LIBS) technique

We’ve officially launched our EXPO 2025 journey – and our first presentation exceeded all expectations. 🌏

From conversations with industry leaders to insights shared with students and researchers, our first LIBS presentation proved how powerful live demonstrations and real dialogue can be.

Big thanks to everybody who visited us and big thanks to Czech National Pavilion at EXPO 2025 Osaka for having us! Big thanks also to our partner Preciosa and to everyone who contributed to making this event happen

Read more about the experience and what’s coming next: https://www.atomtrace.com/news/when-technology-speaks-for-itself-our-first-presentation-at-expo-2025-osaka/

Photos by: ©Kancelář generálního komisaře, EXPO 2025, Světlana Mašková

Our team is ✈️heading to Japan to kick off our monthly EXPO presentations, with glass applications as first!

If you’re in Osaka next Wednesday, be sure to stop by and see our LIBS in action.

📍 Starting on May 28 at 12:00 PM local time at Czechia at EXPO 2025

🌾 What's inside a fertilizer granule? LIBS knows.

Precision agriculture starts at the microscopic level. Using LIBS, we can analyze the inner composition of fertilizer granules in detail.

This method reveals how manufacturing parameters influence nutrient distribution, helping improve product quality and consistency. A great example of applied science in agri-tech.

🔗 Read more:

Optimizing Granule Composition in Fertilizers with LIBS | AtomTraceAtomTrace Advanced instruments for the Laser Induced Breakdown Spectroscopy (LIBS) technique

Control 2025 is a wrap – and it was a great ride! 🎢

Thank you to everyone who stopped by to learn more about our LIBS solutions and how it can support quality control and process optimization.

We had inspiring conversations with both potential users and future distributors from various countries. It’s clear the interest in LIBS is growing fast.

Special thanks to our partner Soliton Laser und Messtechnik GmbH for the great collaboration. We're already looking forward to what comes next!



https://www.atomtrace.com/news/control-2025-was-a-blast-thanks-for-stopping-by/