Qeye
A new handy way to improve
your particle therapy qa
Range verification in ocular tumor therapy
Qeye
A new handy way to improve
your particle therapy qa
Range verification in ocular tumor therapy
Range verification in ocular tumor therapy
A successful tech transfer story
A Multilayer Faraday Cup
Based on TERA chip technology
Range verification in ocular tumor therapy
Based on TERA chip technology
A successful tech transfer story
A Multilayer Faraday Cup
The ultimate device for range verification
The ultimate device for range verification
Pristine bragg peaks
Conceived to be easily placed at the isocenter or mounted on the patient chair to characterize pristine Bragg peaks.
High resolution
It allows to verify the position of the peak fall-off region with a water equivalent resolution of 120 um during the routine dosimetry procedures.
Eye proton beam verification
For all medical physicists in eye proton facilities requiring fast and reliable equipment for proton beam assessment and quality assurance.
Pristine bragg peaks
Conceived to be easily placed at the isocenter or mounted on the patient chair to characterize pristine Bragg peaks.
High resolution
It allows to verify the position of the peak fall-off region with a water equivalent resolution of 120 um during the routine dosimetry procedures.
Eye proton beam verification
For all medical physicists in eye proton facilities requiring fast and reliable equipment for proton beam assessment and quality assurance.
The highest precision in depth dose curves measurements
Handy and Easy to setup
Qeye is an all in one device. Plug its ethernet cable, turn it on and verify your beam parameters!
250 mm
Sphere Ø
< 10 kg
Weight
Technical Specifications
TYPE OF DETECTOR
Multilayer Faraday Cup
NUMBER OF CHANNELS
512
RANGE COVERED
~ 60 mm
TOTAL SENSITIVE AREA
Ø: 80 mm
NATIVE RESOLUTION
<120 um
REPEATIBILITY
>99%
MAXIMUM RAW DATA ACQUISITION RATE
1 kHz (parallel read-out of all the channels)
DATA COMMUNICATION
Ethernet TCP/IP
EXTERNAL DIMENSIONS
sphere Ø: 250 mm
WEIGHT
< 10kg
Come and see the magic!
What’s behind a reliable and performing device? A beating heart and a smart brain.
All our devices are based on proprietary front-end electronics and include embedded software, power supply and control unit for an optimized signal to noise ratio and a more comfortable set up.
Design Made in Italy
Tera Chip
The Detector’s beating heart
Optimized signal to noise ratio
The TERA chip is the core of all our devices.
It guarantess an digitalization of the analog singnals next to the sensor to improve the signal to noise ration.
Wide dinamic range
TERA is designed to guarantee a high charge sensitivity (down to 50 fC) while ensuring a wide dynamic range (from 1 pA to 3 mA).
A versatile solution
Suitable for different detector technologies as ionization chambers, scintillators, electrometers.
Tested and verified with all the particle therapy accelerators (cyclotrons, synchrotrons, linear accelerators) and all their beam structures.
Simplify your QA with precise data analysis and record
The Smart Brain
Quick data analysis
All our devices are equipped with data analysis software conceived to speed up all the routine QA measurements with an intuitive, functional and user-friendly interface. From measurement to report in a few clicks.
High accessibility
With its browser-based versatile QA data management software, it allows accessing the data logbook from any terminal device.
Easy trend analysis
It can be used to visualize and manage all past QA reports, statistically analyze the trend of clinical beam parameters, thus checking the status of the beamline and evaluating the need of beamline maintenance interventions.
Raw data transparency
The QA raw data can be visualized, exported, and analysed by choosing among the preconfigured analysis protocols or implementing personalized algorithms in a comprehensive software development environment.
Report and data storage
A dedicated report function allows creating, storing and printing a detailed description of the measured data and QA results.