Portable Digital Radiography DR System

iStarEOD1M(100μm)

System Parameters

Type of X-ray Machine

Pulse Ray Machine

Energy of Radiation

150kV/Pluse ,0.5mA

X-ray Machine Focal Size

3.0mm

Pixel Pitch

100μm

Pixel Matrix

252mmX331mm

ADC

16bit

Scintillator

CSI

Spatial Resolution

5.0LP/mm

Narrowest Blind Spot of Detector

7.0mm

Power Supply

Fully battery powered, up to 8 hours (non continuous acquisition mode)

Detector Size

269mmX362X16mm

System Weight

About 7.5kg (Excluding Packaging Box)

Operating Environment

Temperature:5℃-35℃ Humidity:10%-90%  No condensation

Storage Environment

Temperature:-20℃-55℃ Humidity:10%-90%  No condensation


Standard Configuration

Serial Number

Name

Model

Quantity

1

Pulse Ray Machine

XR150 20V

1

2

Detector

iStar2533L

1

3

XimageDRForEod(Digital image acquisition and processing software)

XimageDRForEod(Password Dog)

1

4

Portable Wireless Router

iStarWiFi-867M

2

5

Wireless Trigger Module of X-ray Machine

iStarTrigWiFi-GOLDEN

1

6

Ruggedized Acquisition Computer

Getac S410

1


Pulse Ray Machine

• Battery powered, flexible and portable

• Only produces pulsed radiation, no radioactive material

• 270kV pulse radiation, penetrating 85mm steel plate

Detector

• Battery powered

• Three-side narrow edge dead zone 7mm/7mm/9.6mm

• 100um minimum pixel pitch

Dedicated WiFi Wireless Control Link

•Built-in omni-directional antenna

•Built-in lithium battery

•Dual router mode control distance 1.0km

Image Acquisition

•The software can set the integral time (number of pulses)

•Software to set tube voltage, tube current (adjustable X-ray machine)

•Automatic start and stop control of the X-ray machine

•Image multi-frame superposition noise reduction (mainly used for dynamic flat plates)

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Image One-touch Enhancement

Image one-button enhancement can enhance the image details through various algorithms, so that the image can be automatically adjusted to the best internal condition without professional learning on site.




Dual Energy Imaging

Distinguish between organic and inorganic materials.