Let fluorescence guide your curiosity — it’s #FluorescenceFriday! 🔬

🔬 Transform your widefield microscope into a high-speed live cell confocal imaging system with the NL5+! Observe organoids or monitor highly dynamic events with an unprecedented signal-to-noise ratio and minimal phototoxicity. 👉 Download the brochure: confocalnl.com/product/nl5p...

Happy New Year 2026! As the new year begins, we look forward to another year of discovery, innovation, and progress in uncovering the mechanisms of life.

Glowing proof that discovery can be beautiful — #FluorescenceFriday! 🔬

We’re excited to announce our new partnership with ZEISS Italy! Together, we’re combining our gentle confocal imaging modules with ZEISS’s renowned microscopy solutions portfolio, expanding imaging possibilities for researchers across Italy.

Exploring structure, function, and light — that’s #FluorescenceFriday. 🔬

We’re live at the American Society for Cell Biology (ASCB) Cell Bio 2025, and the conversations are already rolling! Meet us at Booth #1015 and don’t miss the opportunity to discuss your imaging research needs with Margarida Dantas and Pim Vos.

We are excited to attend Cell Bio 2025, December 6–10, in Philadelphia. Meet us at Booth #1015 to talk imaging research with Margarida Dantas and Pim Vos, and discover how 𝑅𝐸scan enables close-to-zero phototoxicity with outstanding speed and depth. 🔬 Boost your live cell imaging: confocalnl.com

Cellular beauty in full color — #FluorescenceFriday at its finest. 🔬

Tiny structures, bright insights — happy #FluorescenceFriday! 🔬

Organoids in focus — a glimpse into 3D cellular architecture for #FluorescenceFriday

Transform your widefield microscope into a high-speed live cell confocal imaging system with the NL5+! Reveal complex structures and dynamic biological events with clarity, sensitivity, and near-zero phototoxicity — even over prolonged observation. Learn more: confocalnl.com/product/nl5p...

Elevate your confocal imaging with AION. Transform your widefield microscope for deeper imaging, higher sensitivity, and minimal phototoxicity, ideal for live cells and thick tissues. Learn more: confocalnl.com/product/aion/#download

Great energy here at Dutch Microscopy Days 2025 in Groningen! Proud to join this community event organized by NL-Bioimaging, NEMI, and NVvM, all driving imaging innovation in the Netherlands. Meet Rea Dou & Erdal Demir to learn about our low-phototoxicity live cell confocal imaging solutions.

We’re excited to join Dutch Microscopy Days 2025 in Groningen! Organized by NEMI, NL BioImaging, and NVvM, this event connects the Dutch microscopy community to exchange ideas and showcase innovation.

Unlock the potential of your widefield microscope with AION: the flexible, light-efficient confocal system. Image deeper into tissues and organoids with minimal phototoxicity. AION’s switchable pinhole, fast multicolour imaging, and Nyquist sampling deliver precision, sensitivity, and speed.

#MiFoBio2025 was fantastic! A big thank you to everyone who joined our workshops and live demonstrations, and for the engaging discussions on live-cell imaging. It was inspiring to exchange ideas on how confocal systems can advance your research.

Full-house workshops at @gdrimabio.bsky.social @cnrs.fr #MiFoBio2025! Researchers are discovering how our AION confocal system enables them to image fast and deep with minimal phototoxicity. 👉 If you’re attending MiFoBio, come by Salle 4 to experience it yourself: imabio-cnrs.fr/introduction...

Image fast and deep into your samples without compromising clarity or increasing phototoxicity. Bring your specimen to Salle 4 during #MiFoBio2025 and see for yourself! Our AION confocal system delivers unmatched imaging performance with exceptional depth, speed, and minimal phototoxicity.

Live from #MiFoBio2025 in Seignosse, France! Together with our partner IDIL, we’re showcasing our gentle confocal technology throughout the week. Join Margarida Dantas for live demonstrations at Salle 4 and experience how our systems enable you to image faster and deeper.

We had a great time at Seeing is Believing 2025! Thank you to everyone who joined us to discuss gentle live-cell confocal imaging. A special thanks to @ultimeyes.bsky.social for showcasing AION on their microscopes. It was great to see our technology in action alongside such an innovative setup!

NWO Biophysics 2025 Conference was truly inspiring! A big thank you to everyone who visited our booth and shared such engaging discussions. We enjoyed learning about your live cell imaging research and exploring how our confocal systems can support and accelerate your imaging experiments.

Live cell imaging discussions are going strong here at @events.embl.org Seeing is Believing 2025! Visit booth #19 to discover how you can observe more quickly and deeply into your living specimens with close-to-zero phototoxicity. Anna Fehér is looking forward to meeting you!

Live from Seeing is Believing 2025 @events.embl.org! We’re in Heidelberg, Germany at booth #19! Come meet Anna Fehér, our Sales Engineer, and discover how our advanced confocal solutions can help you to image faster and deeper, achieve exceptional signal-to-noise and minimize phototoxicity.

We are excited to introduce KRONOS: our intuitive software that transforms how you use your 𝑅𝐸scan confocal system. KRONOS streamlines imaging workflows and empowers users to get the most out of their 𝑅𝐸scan systems even without microscopy expertise.

Upgrade your widefield microscope into a powerful confocal system and image deeper into tissues and organoids while respecting your cells with close-to-zero phototoxicity with AION. 👉 Download the flyer and learn more about AION: confocalnl.com/product/aion...

We’re heading to @events.embl.org Seeing is Believing 2025 in Heidelberg, October 8–11! Find us at booth #19 and connect with Anna Fehér, our Sales Engineer. Our advanced confocal solutions enable you to image faster and deeper in living samples and achieve exceptional signal-to-noise ratios.

The NWO Biophysics Conference is almost here—and we are bringing something new in gentle confocal microscopy! Imagine a system that self-adjusts laser power for the best signal-to-noise ratio, no matter how deep you image, and enables you to set up your experiment in just minutes.

We’re heading to Seeing is Believing 2025 organised by EMBL Events, in Heidelberg, Germany, on October 8–11! Find us at booth #19 and learn how confocal solutions can enable you to: · Image faster and deeper in living samples · Achieve exceptional signal-to-noise · Minimize phototoxicity

NWO Biophysics Conference is approaching, and we have something exciting to share! What if your system could self-adjust laser power for optimal signal-to-noise, no matter how deep you image?What if you could set up your experiment in minutes? Always with minimal phototoxicity.

Are you attending #MiFoBio2025, October 11-18, in Seignosse, France? Meet Margarida Dantas and Casper Penning, at Salle 4, and discover how our gentle confocal systems enable you to image faster and deeper into living specimens, with unmatched signal-to-noise and minimal phototoxicity.

We are excited to take part in the upcoming 𝑅𝐸scan Confocal Microscopy Training Course on September 25–26, organized by @ashwanthfrancis.bsky.social and hosted at @floridastateuniv.bsky.social. 🔗 Florida State University: fsu.edu 🔗 Explore 𝑅𝐸scan applications: confocalnl.com/applications/

Your widefield microscope can be transformed into a high-speed live cell confocal imaging system with the NL5+! Reveal complex structures and dynamic biological events with clarity, sensitivity, and close-to-zero phototoxicity for prolonged observation. Learn more: confocalnl.com/product/nl5p...

Live from the @esbiomaterials.bsky.social European Society For Biomaterials - ESB event in Torino, Italy! We’re excited to witness our confocal system working hand in hand with the renowned Zeiss microscopes and fully supported by ZEN Software. 👉 Explore the applications: lnkd.in/ejcURU2r

Image with great uniformity and capture the finest details regardless of your sample's thickness. With the NL5+, you can transform your widefield microscope into a powerful, highly sensitive live cell imaging confocal system. 👉 Learn more: confocalnl.com/product/nl5p...

We’re excited to announce our new partnership with Micro Optics of Florida! Through this collaboration, researchers across Florida, USA, will have easier access to fast, deep, and gentle live-cell imaging, now available directly via our partner.

We are honoured to be part of the renowned Multi-dimensional Imaging and Analysis Course, organised by Kurt Anderson and the @calm-stp.bsky.social at The Francis Crick Institute @crick.ac.uk. 🔗 More details on the course: lnkd.in/evq6tEEC 🔗 Explore our solutions: confocalnl.com/products

We are excited to participate in Seeing is Believing 2025, October 8–11, in Heidelberg, Germany, organised by @events.embl.org! Visit us at booth #19 and discover how our gentle confocal systems enable you to image faster and deeper into living specimens, with minimum phototoxicity.

🔬 Unlock the full potential of your widefield with the NL5+, and turn it into a high-speed live cell confocal imaging system! Explore highly dynamic events in plant biology & model organisms with unmatched sensitivity and minimal phototoxicity. 👉 Download the brochure lnkd.in/dMFVgKnX

Czech-BioImaging celebrates 10 years with the Imaging Principles of Life 2025 conference!🎉 We’re excited to join the community hosted by the ‪ imgprague.bsky.social‬ Institute of Molecular Genetics of the Czech Academy of Sciences, September 17–19, in Brno, Czech Republic.

🔬 Transform your widefield microscope into a high-speed live cell confocal imaging system with the NL5+! Have a crisp look of organoids with an unprecedented signal-to-noise ratio and minimal phototoxicity for prolonged periods. 👉 Download the brochure confocalnl.com/product/nl5p...

Are you attending the NWO(Dutch Research Council) Biophysics Conference on October 6-7, in Veldhoven, The Netherlands? Visit our booth and discover how you can accelerate your live cell imaging research with our disruptive technology.

Are you attending the 28th Annual Meeting of the Korean Society for Brain and Neural Sciences (K-Brain 2025) and the 3rd CJK Neuroscience Meeting #KSBNS2025, in Incheon, Korea? #Neuroscience #Confocal #Imaging #Livecell #Research

We are in the middle of summer, and we are preparing for an exciting autumn season full of incredible conferences! 𝐍𝐖𝐎 𝐁𝐢𝐨𝐩𝐡𝐲𝐬𝐢𝐜𝐬 – Veldhoven, Netherlands | October 6, 2025 𝐄𝐌𝐁𝐋 𝐒𝐞𝐞𝐢𝐧𝐠 𝐢𝐬 𝐁𝐞𝐥𝐢𝐞𝐯𝐢𝐧𝐠 – Heidelberg, Germany | October 8–11, 2025 𝐌𝐢𝐅𝐨𝐁𝐢𝐨 𝟐𝟎𝟐𝟓 – Seignosse, France | October 10–17, 2025

This year’s team outing took us onto the water for an afternoon of rowing! It was a chance to step back, and reflect—both individually and as a team. As a company dedicated to developing innovative #confocal systems, we understand the importance of precision, alignment, and coordinated movement.

Day two at the #MMC2025 and conversations around live cell imaging research are going strong! Visit us at booth #138 and learn how you can turn your widefield microscope into a cutting-edge confocal system—ideal for live cell imaging!

Are you attending the Microscience Microscopy Congress 2025 (MMC) in Manchester, UK, next week? Meet our imaging specialists Yuanrui(Rea) Dou and Margarida Dantas at Booth #138 and learn how you can achieve live cell imaging with close-to-zero phototoxicity.

We’re heading to Microscience Microscopy Congress 2025 in Manchester, UK, next week! Meet our imaging experts, Rea Dou and Margarida Dantas at Booth #138, and discover how you can advance your live cell imaging research with faster and deeper confocal microscopy with close-to-zero phototoxicity.

Innovative Imaging for 3D Cell Biology was fantastic! To our guests, thank you very much for your visit and the great interactions! We were delighted to discuss your live cell imaging research needs.

Live cell imaging discussions are going strong here at The 3D Cell Biology Conference! Visit booth #3 to discover how you can observe more quickly and deeply into your living specimens with close-to-zero phototoxicity.