Products
Lens-Coupled CCD Camera Systems
Direct Electron lens coupled camera systems represent the pinnacle in performance for the most demanding TEM applications. The very high efficiency custom lens transfers and de-magnifies the light image from our high-resolution scintillator to perfectly match the pixel pitch in the 16 mega-pixel CCD, resulting in the best resolution attainable in a commercial camera system. Easily interchanged scintillators, superb optics, and a world leading camera with a state-of-the art backside illuminated CCD provide unrivaled flexibility, sensitivity, and resolution in a system engineered to provide years of reliable service.
LC-1100 Brochure
LC-1100E Spec Sheet
Fiber Optic Coupled CCD Cameras
Optimized for the latest multi-port large-area CCDs, Direct Electron fiber optic-coupled CCD cameras lead the industry in combined performance relative to noise, dynamic range, sensitivity, resolution, and frame time. Featuring backside illuminated CCDs for high sensitivity, straight and tapered fiber optics for optimum resolution / field-of-view, and precision electronics for the ultimate in performance and reliability, these cameras are an obvious choice for the most demanding applications.
FO Camera Brochure
In Development - Direct Detection Device (DDD™) Cameras
In a revolutionary new approach to recording TEM images, the DDD™ images high-energy electrons directly. By avoiding the electron-to-light conversion process of a scintillator, the DDD™ achieves unprecedented sensitivity and resolution. Targeted especially for low-dose biological imaging, the DDD™ represents an important innovation that will propel the next generation of discovery.
 
DE-4 Brochure
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Contact Direct Electron
USA
Direct Electron, LP
13240 Evening Creek Dr. 311
San Diego CA 92128
Phone: (858) 384-0291
Fax: (858) 366-4981
E-mail: info@directelectron.com
Japan
Tega Science, Inc.
3-5-4 Kita-Kashiwa
Kashiwa City Chiba 277-0832 Japan
+81 (4) 7168 5311
Fax: +81 (4) 7168 5671
Email: shinya@tegascience.co.jp
www.tegascience.co.jp
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