Blog
How does Zircon Recrystallization Influence U-Pb Dating?
Cathodoluminescence solutions that reveal fundamental properties of matter
Fast EM solutions for reliable and high throughput electron microscopy
Integrated correlative microscopy solutions that combine the power of fluorescence and electron microscopy
Cathodoluminescence solutions that reveal fundamental properties of matter
Fast EM solutions for reliable and high throughput electron microscopy
Integrated correlative microscopy solutions that combine the power of fluorescence and electron microscopy
Blog
How does Zircon Recrystallization Influence U-Pb Dating?
Blog
MicroLED: The Next Revolution In Display Technology
Blog
Cryo-FIB Lift-Out: Enabling Cryo-ET Imaging for Tissues
Blog
What is the difference between cryo-EM and cryo-ET?
Blog
How electron microscopy shapes the way we think
Blog
Advantages of open-source software for your EM workflow
Used worldwide, our solutions are available and cater to a broad range of users in fields of life science, geology, materials science, nanophotonics, and semiconductors.
Cathodoluminescence imaging
Cryo-electron microscopy
Fast EM Imaging
Integrated correlative microscopy
Cathodoluminescence imaging is a powerful technique and a visible measure of what is taking place inside a material or organism. It can reveal many fundamental properties of matter and can open up new insights and layers of information about your sample.
We believe that cryo-electron tomography is the best method to help us understand the way the building blocks of life work. Our goal is to revolutionize workflows involved in cryo-ET with integrated cryo-CLEM solutions. With METEOR and CERES, you can optimize the cryo-ET workflow by reducing complicated transfer steps, minimizing ice contamintation and increasing sample yield.
In 2021 and 2022 we are bringing more cryo solutions to the market, which will help to achieve superior sample targeting and acceleration and fully unlock the power of cryo-ET with automation.
We believe that rapid large data acquisition on tissue is the best way to understand intermolecular connectivity at the mesoscale. With automated electron microscopy workflow, you can shift your focus from imaging to analyzing and answering fundamental questions.
Our new automated ultra-fast electron microscope, FAST-EM is aimed at imaging large biological samples without the need to constantly babysit the machine.
Seamlessly combine the labelling power of fluorescence imaging and the high-resolution structural information of electron microscopy to study the complex relation between form and function in life sciences.
Prof. Cameron Davidson
-Carleton College