A CoolLED is for life…
Liz looks back at how far LED illumination has come in the last decade
Win £100 donation to COVID-19 Solidarity Response Fund
Share your application note and help in the fight against COVID-19!
Under the Microscope #6: Investigating 280 nm LEDs in biomedical imaging
PhD student Mollie McFarlane explains her project developing the application of deep-UV LEDs.
All you need to know about our pE-300 Series
How do the three systems differ? Do you need an SB or an MB model? And what are the benefits of direct fit versions? Take a look at our tutorial videos to find out everything you need to know!
Happy Earth Day!
Take a moment to consider how we can take climate action together.
New white paper: How to boost irradiance
Learn how to configure your fluorescence microscope for bright, high-contrast images.
Learn about LED illumination from the experts
A couple of ‘illuminating’ presentations from the Aurox virtual conference.
Under the Microscope #5: The benefits of customisable LED Illumination Systems in automated imaging systems
In this issue, Dorian Sartorius from CoolLED’s long-standing OEM customer, Medipan, explains the importance of robust, customisable LED Illumination Systems in automated imaging systems.
Boosting irradiance for Fura-2 on the Leica DMi8
Infinity port adaptor available for CoolLED pE-340fura Illumination System
British Science Week
This week is British Science Week, and while every week is Science Week at CoolLED, we spoke to Helen from R&D to get a glimpse of what keeps our scientists & engineers busy at CoolLED!
COVID-19: A message to our customers
Due to the recent changes to the COVID-19 situation, we are making some changes to ensure we keep our staff & customers safe, whilst continuing to provide customers with the best support. Our team is still contactable in a variety of ways, find out more here…
Under the Microscope #4: Simultaneous in vivo fluorescence and DIC imaging of fast-moving samples
Laurent Gelman explains a clever technique for acquiring fluorescence and DIC images simultaneously in fast-moving samples.
