Wrapping up this week’s highlights with OpsiClear featuring something dynamic: the 3D Gaussian splat of a FluoFlow® Colon Phantom 💡

🔗 FluoFlow® Colon Phantom 3D Gaussian Splat: superspl.at/view?id=3ede...

Today we’re featuring a Gaussian splat (made by OpsiClear) of our lung phantom — developed as part of our National Cancer Institute (NCI)-funded research efforts 🫁

🔗 Lung Phantom 3D Gaussian Splat: superspl.at/s?id=cb3a0aa8

Today we’re spotlighting a 3D Gaussian splat of a brain phantom 🧠

At QUEL Imaging, we create anthropomorphic optical phantoms that capture both the anatomical form and optical behavior of real tissue.

🔗 Brain Phantom 3D Gaussian Splat: superspl.at/view?id=efb5...

#brain #gaussiansplatting

Our next feature: a Gaussian splat (made by OpsiClear) of a mouse model from the Digital Mouse Atlas 🐭, illustrating the power of 3D Gaussian Splatting (3DGS) for creating realistic digital twins of biological models.

🔗 Mouse Phantom 3D Gaussian Splat: superspl.at/view?id=1978...

This week we're highlighting 3D Gaussian Splats (made by OpsiClear) of some of our phantoms.

🔗 Check out the 3D Gaussian Splat of our Depth Sensitivity target here: superspl.at/view?id=138d...

We have new team t-shirts! ✨👻🌲🌙✨

This design reflects us as a Vermont company (green mountain state ) that makes optical phantoms 👻. The phantoms on the shirt glow in the dark, just like how some of our phantoms are fluorescent 🌟!

#quelimaging #phantoms #fluorescence#glowinthedark #tshirt

Introducing OptiBlox®️ - QUEL Imaging’s new suite of solid, tissue-equivalent optical phantoms designed for accurate, wavelength-dependent validation of biomedical and sensing technologies.

Check out our blog to learn more!: blog.quelimaging.com/introducing-...

#OptiBlox #QUELImaging #Phantoms

Accelerate clinical translation with QUEL-QAL! Our analysis library makes it fast and easy to get key metrics from your fluorescence image, allowing for a more streamlined process for device development. 🚀🔬✨

Learn more here: doi.org/ph7r

We're excited to share that Mayna's paper "Toward fluorescence digital twins: multi-parameter experimental validation of fluorescence Monte Carlo simulations using solid phantoms" has been published in @spie.org Journal of Biomedical Optics! Way to go Mayna!!! 🥳

doi.org/10.1117/1.JB...

Check out the latest blog post on the Reference Uniformity and Distortion (RUD) Target—our newest phantom designed to help you measure and quantify fluorescence uniformity in a simple, repeatable way.

📖 blog.quelimaging.com/fluorescence...

#fluorescenceimaging #opticalphantoms #spatialuniformity