iPIX™

Ultra Portable Gamma-Ray Imaging System

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iPIX™

Ultra Portable Gamma-Ray Imaging System

Favorite this Product

iPIX instrument is a unique gamma imager that quickly locates and identifies low level radioactive sources from a distance while estimating the dose rate at the measurement point in real time.

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Features

Complete tool for in situ gamma imaging, saving time, cost and dose
Real-time acquisition and immediate display
Very lightweight 2.5 kg
Excellent spatial resolution for localization of gamma-ray emitters
High detection sensitivity even at low energies
IP65 rated, fully decontaminable
Battery, POE or direct powered
Remote control and operation
Single Ethernet cable between tablet PC and camera (up to 80 m long)

Description

iPIX instrument is a unique gamma imager that quickly locates and identifies low level radioactive sources from a distance while estimating the dose rate at the measurement point in real time.

It is the ideal tool to map a radioactive area before entering the zone, thus reducing the dose exposure (ALARA) during standard operation or decommissioning.

iPIX imager is also the appropriate instrument to detect any suspicious radioactivity in security and safeguard applications, as well as for emergency situations such as Fukushima.

Additional Information

Motorized tripod including Pan & Tilt, tripod cable and case for remote operations and panoramic automatic mode
Flashlight and Handle
iPIX-NID (Nuclide Identification)
Automatic Laser Meter

Resources

Brochures

Waste Solutions Brochure

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Solutions for Challenging D&D Projects

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Product Manuals and Guides

iPIX User Manual

Software Downloads

iPIX V2.0.4

Revision Date: 02-Jul-2020 00:00:00

This new version Improves overall system stability and adds new features for improved user experience.

Known Issues:

In acquisition mode – The iPIX Software randomly remains stuck during the optimization phase.
In acquisition mode – The mask rotation randomly stops for a few seconds during acquisition and then resume automatically. Very rarely, the mask rotation may not resume.

Compatibility:

This version is compatible with iPIX BSP version 1.12
This version is compatible with iPIX PIC version 103.301.
This version is compatible with Windows 7/10 + 64bits PC.

New features:

Added a color scale in the PDF report.
Added a continuous count functionality (infinite acquisition time) in manual mode.
Added a mouse cursor reading functionality for relative intensity (XX %) that corresponds to the color on superimposed image.
Added a watchdog to manage any errors during the optimization phase.
Performance improvements in processing algorithms.
Stability improvements in the connection between the iPIX and the iPIX Software.
Stability improvements in the connection between the iPIX and the iPIX-MOTORIZED TRIPOD.
Stability improvements in the connection between the iPIX and the iPIX-NID.
Empty measurements can now be saved in acquisition mode and are properly managed in reprocessing mode.

iPIX V2.0.4

Revision Date: 02-Jul-2020

This new version Improves overall system stability and adds new features for improved user experience.

Known Issues:

In acquisition mode – The iPIX Software randomly remains stuck during the optimization phase.
In acquisition mode – The mask rotation randomly stops for a few seconds during acquisition and then resume automatically. Very rarely, the mask rotation may not resume.

Compatibility:

This version is compatible with iPIX BSP version 1.12
This version is compatible with iPIX PIC version 103.301.
This version is compatible with Windows 7/10 + 64bits PC.

New features:

Added a color scale in the PDF report.
Added a continuous count functionality (infinite acquisition time) in manual mode.
Added a mouse cursor reading functionality for relative intensity (XX %) that corresponds to the color on superimposed image.
Added a watchdog to manage any errors during the optimization phase.
Performance improvements in processing algorithms.
Stability improvements in the connection between the iPIX and the iPIX Software.
Stability improvements in the connection between the iPIX and the iPIX-MOTORIZED TRIPOD.
Stability improvements in the connection between the iPIX and the iPIX-NID.
Empty measurements can now be saved in acquisition mode and are properly managed in reprocessing mode.