Applications

Our versatile cameras are optimized for a wide range of applications.

A hallmark of the DE camera is versatility. From biological cryo-EM to materials science, DE cameras deliver optimum performance for a widest range of experiments. A true test of this has been at research centers where TEM instrumentation are successfully shared by different groups. These institutions reap the benefits of our exceptional performance, high throughput, and flexibility across many different disciplines and imaging methods.

Sub-3 Å Resolution 3D Reconstruction

Biological Cryo-EM

DE cameras offer ultimate resolution, sensitivity, and the largest available field-of-view to optimize low-dose applications such as single particle cryo-EM and cryo-tomography. Collect high-quality data quickly, use our powerful movie-mode processing algorithms, and generate stunning and reliable 3D reconstructions.
Learn how DE optimizes Biological Cryo-EM

 
Gold Atoms

Materials Science

DE cameras provide a unique combination of ultra-high resolution imaging with the flexibility and dynamic range demanded by a wide range materials science applications such as high-resolution TEM (HRTEM), energy-filtered TEM (EFTEM), tomography, scanning TEM (STEM), electron holography, and more. No other direct detector is built for materials science like our DE cameras.
Learn how DE optimizes Materials Science

 
In Situ TEM Frame

In Situ TEM

DE cameras deliver high speed (user adjustable frame rate up to 1000+ fps) with exceptional signal-to-noise ratio and large field-of-view to capture TEM movies in unprecedented speed and detail. Our cameras have better signal-to-noise ratio in each frame, yet are significantly lower cost, than any alternative.
Learn how DE optimizes In Situ TEM

 
Graphene Visualized with PEEM

LEEM/PEEM

DE cameras deliver high speed with exceptional signal-to-noise ratio and large field-of-view to capture TEM movies in unprecedented speed and detail.
Learn how DE optimizes LEEM/PEEM