GeGI
Imaging HPGe Detector
The World’s Most Sophisticated Gamma Ray Detector
Now in a more compact, lightweight package with the same great performance, the GeGI can fully characterize the surrounding radiological environment using multiple imaging modes. Automatic isotope detection, identification, localization, and source activity quantification make GeGI accessible to users of all levels in a variety of mission spaces. Current GeGI customer applications included Military and Civilian CBRNE Operations, Nuclear Security, Nuclear Safeguards, Special Nuclear Material Analysis, and Decommissioning & Decontamination
Portable Germanium Detectors Product Demonstration
Seeing is believing. Quickly explore this brief pinhole-imaging demonstration of the most sophisticated gamma-ray detector in the world, the GeGI®. Harness the power to detect, locate, and quantify even small amounts of radioactivity.
FEATURES
| HPGe gamma-ray spectroscopy and isotope identification | Automatic imaging of source location and distribution | Fully capable of imaging Special Nuclear Materials (235U and239Pu) |
| Real-time exposure rate calculation | Most sensitive/efficient gamma-ray imager on the market | Fast cool-down to operating temperature |
| Compact and hand-portable | User-friendly tablet operation | Reachback File: ANSI N42.42 format |
| Long-life mechanical cooler | Hot-swappable batteries for continuous field operation | Wireless capable for remote operation |
GeGI FAQs
The GeGI weighs 15 lbs, which includes the onboard tablet and 2 hot-swappable batteries.
The 2 GeGI internal batteries will power the system for about 3 hours. These batteries are hot-swappable, so the GeGI can run continuously away from line power as long as fresh/recharged batteries are available. The GeGI can also operate for ~4 ½ hours using an externally connected BB2590 (mil-spec) battery.
Yes, the GeGI can locate and measure the spatial distribution of HEU. While CZT-based gamma-ray imagers cannot use Compton imaging to locate 186-keV gamma rays, the GeGI will generate Compton images for gamma rays with energies as low as 120 keV.
Most GeGI systems operate around 85 Kelvin. It takes ~4 hours to cool a GeGI from room temperature to operating temperature.
For more information about the GeGI capability, applications, and pricing, please contact us at sales@phdsco.com or use the Contact Us link.
The GeGI measures approximately 10.5″ x 8.0″ x 5.5″ (26 cm x 20 cm x 14 cm), making it conveniently hand-portable.
WORKING HOURS
8:00am – 5:00pm Eastern Time
3011 Amherst Road
Knoxville, TN 37921
WORKING HOURS
8:00am – 5:00pm Eastern Time
3011 Amherst Road
Knoxville, TN 37921