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Direct Electron
TEM Cameras

Direct Electron delivers next-generation direct detection cameras for transmission electron microscopy (TEM).

Direct electron has transformed the field of electron microscopy, starting with Biological Cryo-EM and now Material Science TEM/STEM.

However, not all direct detectors are created equal. Direct Electron's pioneering and award-winning Direct Detection Device (DDD®) technology uses more sophisticated pixel design than other direct detection cameras, delivering lower noise, better sensitivity, higher speed and expanded versatility. The cameras also deliver full-speed movies to users to enable motion correction, dose filtering, in situ imaging, 4D-STEM data collection, and more.

Key Benefits

Next Generation Camera For Cryo-EM

A revolutionary event-based direct detection camera that delivers electron counting in hardware, Apollo is the highest throughput direct detector for cryo-EM.

  • The world’s first event-based camera for high-throughput Cryo-EM
  • Completely new approach to electron counting
  • Data collection in record time
  • Unconstrained imaging
  • All this at lower cost

Key features:

  •  Ultra-low noise and extraordinary resolution for almost any beam brightness
  •  Electron counting in hardware through a combination of sensor technology & FPGA edge computing
  •  4k × 4k (16.8 million) physical pixels with larger 8 μm pixel size to maximize resolution
  •  Enables 10X shorter exposure times
  •  Elegant, powerful, and easy-to-use for cryo-EM
  •  On-chip CDS minimizes noise and maximizes detection efficiency
For more information and product brochures visit WWW.DIRECTELECTRON.COM

High-performance & Economical

With high sensitivity and excellent resolution, the DE-DirectView offers cost-effective direct detection for biological and material science applications.

 

 

 

 

Key features:

  •  4k × 3k field-of-view delivers 3× more pixels than an typical 2k × 2k camera
  •  High-speed continuous streaming of raw frames, with flexible frame rate and exposure time
  •  Class-leading dynamic range, making it effective for a wide variety of applications
  •  Optional module to enable single electron counting with a SNR of ~30:1 (300 kV)
  •  Integrated Faraday plate for automatic exposure measurement
  •  Optimized for 80 keV − 1.25 MeV detection electron energy range
  •  Fully retractable mounting on-axis TEM bottom port or in JEOL film chamber
  •  Consistent performance at a broad range of exposure rates (e.g., 5 − 250 e-/pixel/s)
  •  Open software architecture is fully extensible and easily integrated into custom workflows
FOR MORE INFORMATION AND PRODUCT BROCHURES VISIT WWW.DIRECTELECTRON.COM

The Most Versatile Direct Detection Camera

The DE-16 features 6.5μm pixels optimized for superior resolution (MTF) over a broad range of magnifications and exposure rates and boasts a 4k x 4k field-of-view.

Key features:

  •  Direct detection of primary electrons—a revolutionary advancement in TEM data quality
  •  Ultra high performance imaging in an elegantly designed, flexible, and easy-to-use camera system. High dynamic range mode allows for consistent performance very high exposure rates (e.g., 5 − 250 e-/pixel/s).
  •  Optional module to enable single electron counting at ~50:1 (300 kV)
  •  Optimized for 80 keV − 1.25 MeV detection electron energy range
  •  Fully retractable mounting on-axis TEM bottom port or in JEOL film drawer
  •  High performance for demanding applications
  •  Flexibility to maximize data collection efficiency
  •  Movie processing software enhances data quality through drift and per-particle motion correction
  •  High signal-to-noise ratio with consistency across spatial frequencies and TEM magnifications
FOR MORE INFORMATION AND PRODUCT BROCHURES VISIT WWW.DIRECTELECTRON.COM

The First And Only True 8k X 8k Detector

The DE-64 is the world’s first and only true 8k × 8k direct detector with the widest field of view of any direct detector. Ideal for cryo-EM of very large viruses or cellular tomography.

Key features:

  •  Excellent MTF and DQE performance
  •  Enormous 8k × 8k field of view delivers 4 times more data with each exposure than a 4k × 4k camera
  •  High-speed continuous streaming of raw frames, with flexible frame rate and exposure time
  •  Integrated Faraday plate for automated exposure measurement calculation
  •  Fully retractable mounting on-axis TEM bottom port or in JEOL film drawer
  •  Open software architecture is fully extensible and easily integrated into custom workflows
  •  Optional module to enable single electron counting
  •  Complete access to raw data in all known industry-standard file formats
  •  46 fps max unbinned full-frame continuous frame rate
For more information and product brochures visit WWW.DIRECTELECTRON.COM

World’s Fastest 4D STEM Camera

Celeritas, a revolutionary new direct detection camera for four-dimensional scanning transmission electron microscopy (4D STEM). Based on a next-generation direct detection sensor, Celeritas far exceeds the frame rate of other 4D STEM detectors while also delivering at least four times more pixels and exceptional image quality.

  • Powerful Imaging Capability
  • Built for speed
  • Higher dynamic range
  • Ultrafast in-situ TEM
  • Unlock the potential for your TEM

Key features:

  •  Up to 87,000 FPS
  •  1k × 1k (1 million) pixels
  •  On-chip Correlated Double Sampling (CDS)
  •  Direct detection device (DDD®) delivers ultra-high speed, extraordinary resolution, and ultra-low noise
  •  Based on our Monolithic Active Pixel Sensor (MAPS) technology for a seamless image
  •  Ideal for advanced STEM applications 4D-STEM, ptychography, and compressive sensing
  •  The most impactful and cost-effective upgrade to your STEM’s capabilities

FOR MORE INFORMATION AND PRODUCT BROCHURES VISIT WWW.DIRECTELECTRON.COM

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Thank you for your interest in advanced TEM cameras manufactured by Direct Electron. Oxford Instruments distributes Direct Electron products in Europe, Middle East, Africa and India. If your country is not included in the dropdown list, you are located outside the region supported by Oxford Instruments. Please contact Direct Electron on info@directelectron.com with details of your enquiry or visit directelectron.com.