Highlights

Meet us at Euroseeds
Exploring Seed Viability with Spectral Imaging
Bringing Seed Analysis to the Digital Age
Analyzing Hidden Art with the VideometerLab

Dear {Name},

This autumn marks an active season for Videometer, with a number of important events, projects, and initiatives ahead.

We are pleased to announce our participation at Euroseeds 2025 in Edinburgh and at Seed Meets Technology in the Netherlands, where we will present our latest advancements in spectral imaging for seed science.

In parallel, we continue to support academic research that demonstrates the value of our technology in areas ranging from seed analysis and plant development to cultural heritage preservation.

Finally, our webinar series returns this season, offering practical training opportunities for both new and experienced users of VideometerLab.

Meet us at Euroseeds 2025

We’re excited to join Euroseeds 2025, 19–22 October at the Edinburgh International Conference Centre, Scotland.

The congress is the leading annual event for the global seed sector, with expert talks on geopolitics, regulations, and innovation.

• InnovAction Finalists: Videometer is among the top 10 finalists. Don’t miss our live presentation showcasing how our tech drives the future of seed innovation.

• Visit us at Booth 27: Meet our team and see the VideometerLab in action, our spectral imaging solution for seed phenotyping.

Request a meeting with us at our booth here.

Request Meeting

Join Videometer's Lecture at Seed Meets Technology

Join us at Seed Meets Technology 2025 in Zwaagdijk-Oost, Netherlands. Our CEO, Dr. Jens Michael Carstensen, will be giving a lecture: “Automating seed phenotyping for breeding, processing, and testing”.

• Date & time: Wednesday, 24 September, 15:30–16:15 CET

• What to expect: Discover the VideometerLab, our AI- and spectral imaging–based instrument for fast and non-destructive phenotyping. It goes beyond traditional imaging to separate seed quality traits and supports breeding, processing, treatment, germination and more.

Don’t miss this chance to see how spectral imaging and AI can make seed breeding and testing faster and more reliable.

Exploring Seed Viability with Spectral Imaging

Understanding plant development is key to improving seed crop performance. This is the focus of the PhD project “Control of ovule number and seed size in Brassicaceae” by Nathan Roberts, exploring genetic and developmental processes that shape seed yield in Brassica napus, Camelina sativa, and Arabidopsis thaliana.

Controlling ovule number and seed size directly impacts yield potential, two traits vital for global agriculture. Using the VideometerLab Product Suite, Roberts investigates seed germination and leaf stress non-destructively.

By doing so with spectral imaging, he enables smarter and faster decisions, reducing reliance on destructive or manual tests.

Discover more about our seed applications here:

Learn More

Bringing Seed Analysis into the Digital Age

While agriculture often brings to mind drones and tractors, some of the biggest innovations happen in the lab. A recent study from Aarhus University and TystofteFonden, led by PhD candidate Martin Himmelboe, shows how combining Videometer’s spectral imaging with AI can transform seed analysis.

Traditional seed quality checks are manual and time-consuming. Our technology captures visual and chemical data across wavelengths, then uses AI to classify seeds, detect impurities, and flag anomalies quickly and consistently.

The result is accurate and scalable seed analysis that reduces fatigue, strengthens decisions, and enables new possibilities like early disease detection.

Analyzing Hidden Art with the VideometerLab

A recent MDPI study on an 1836 post-Byzantine icon shows how advanced, non-invasive technologies are transforming cultural heritage research. Using infrared thermography, multispectral imaging, and X-ray fluorescence, researchers examined the wooden panel without damage.

With the VideometerLab, capturing 19 spectral bands from UV to near-infrared, they uncovered inscriptions on Saint John’s scroll, revealed underdrawings like the crown of thorns and halo letters, and detected surface loss invisible to the eye.

Together, these methods gave a complete view of the icon’s condition, composition, and techniques, helping conservators plan restoration with precision.

This study highlights how Videometer’s spectral imaging brings hidden details to light and preserves cultural treasures for future generations.

Read More

Join the Videometer Webinar Series Autumn 2025

We’re excited to announce the fourth edition of the Videometer Webinar Series, returning this autumn. Whether you’re new to the VideometerLab Software or eager to expand your skills, this series offers practical insights into spectral imaging workflows and applications.

From this autumn, all webinars are completely free of charge for users with an active Service Level Agreement (SLA) or subscription.

Participants without an SLA can still join by purchasing one of our webinar packages, just like in previous years.

• Spectral Image Acquisition and Basic Analysis (FREE FOR ALL)

• Machine Learning for Spectral Images

• Applications of Spectral Imaging for FoodAg Integrity

• In Depth nCDA, nMahalanobis, MNF/PCA

• Segmentation Building

• Session Recipe Building

• Multispectral Fluorescence Imaging

• Introduction to CDT (Classifier Design Tool)

Go to the Videometer Webinar page to learn more and register to the webinars

Spectral Imaging Made Easy

Videometer is a world leading provider of spectral imaging technology, machine learning and AI software for analysis of a broad range of products. Our imaging instruments and turnkey solutions allow our worldwide customer base to see, detect and measure product properties in an accurate, fast, versatile and non destructive manner.

We measure what you see - and beyond!

Videometer A/S

Hørkær 12B, DK-2730, Herlev

mail@videometer.com

+45 4576 1077

This mail was sent to {Email} from Videometer A/S

I no longer wish to receive Videometer's Quarterly Newsletter {Unsubscribelink}

Videometer Terms of Use - Privacy Statement