The TEM cameras from Direct Electron (DE) show an unrivaled flexibility for any sort of TEM experiment. No matter if you are in the cryo-EM or in the material science research or if you work at in-situ TEM experiments. This wide range of experimental freedom makes the DE TEM cameras an ideal candidate for TEM core facilities or interdisciplinary work groups.
DE TEM cameras offer ultimate resolution combined with high sensitivity and a large field of view. Their large dynamic range enables applications such as high-resolution TEM (HRTES), energy-filtered TEM (EFTEM) or scanning TEM (STEM).
The Direct Electron TEM cameras can reach frame rates up to 1000+ fps and still show an excellent signal-to-noise ratio which is essential for time critical in-situ TEM experiments.
Adjustable frames rates up to 1000+ fps, an excellent signal-to-noise ratio and a very large-field-of-view make the DE TEM cameras an ideal tool for in-situ TEM applications. No other TEM camera has a better S/N-ratio in each frame like the DE cameras.
Core piece of the award-winning DE-series cameras is the revolutionary Direct Detection Device (DDD®) sensor which has an exceptional signal-to-noise ratio plus a very high sensitivity and speed.
More than two decades of experience lie in the development of the fibre-coupled FC-series CCD cameras. The FC-series TEM cameras have a large dynamic range and are suited for all kind of TEM applications. They provide high quality TEM imaging at a very good price-performance ratio. Possible application areas are: tomography, pathology, diffraction, spectroscopy or specimen screening.
The LV-series TEM cameras were specially designed for low-voltage TEM application such as LEEM/PEEM. These cameras are equipped with the direct detection technology and achieve extraordinary results compared to traditional detectors like channel plates +CCD.