Enrico Corato, David van Assche, Ola Jakobsson, Wei Qiu, Per Augustsson
Materials Science
"Imaging was performed utilizing a fluorescent microscope (BX51WI, Olympus, Japan) with 10x objective (NA 0.30, WD 10 mm), exiting fluorescence via a LED light source (pE-4000, CoolLED, UK) and collecting the emitted light via a digital CMOS camera (Orca Fusion BT, Hamamatsu, Japan)."
Physical Review E
2025
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For manufacturers who wish to gain a competitive advantage through bright, stable and controllable illumination, CoolLED’s world-renowned LED technology is available in customised configurations.
Did you know that LED illumination systems help laboratories reduce their carbon footprint, protecting laboratory staff along the way?
Toxic mercury-based microscope illuminators are bad news for the environment, draw a lot of power and have a short lifetime.
LED illumination systems are cleaner, have a long lifetime and use less power. Our pE-300 Series is also ACT label certified and is a natural choice for labs who want to play their part in helping the environment.
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