UK DAGE XD7500VR Jade FPX-ray detector  

Brand: Dage

Product: X-ray detector

Model: XD-7500VR Jade FP

Origin: UK

Equipment location: Dongguan

Price: Negotiable (it can be rented and sold, and the price is favorable. The longer the lease term, the more favorable the price is)

Product specification: 1450 * 1700 * 1970mm

Weight: 1900KG

advantage

XD-7500VR Jade FP has tablet function

Nordson DAGE open, penetrating X-ray tube

< 0.95 μ M-level feature recognition

X-ray tube high voltage 160 kV, high target power up to 3W

Always maintain submicron level feature recognition

Nordson DAGE 1.33 million pixels @ 10fps long-life CMOS flat panel detector for real-time image enhancement

1400 x geometric magnification, 4200 x system magnification

The maximum sample size is 29 "&times; 22.8” (736 &times; 580 mm)

The maximum 65 deg can be achieved while keeping the magnification unchanged; Bevel view

23 "TFT LCD display

Automatic detection without any programming skills

Optional: μ CT (3D detection)

Nordson DAGE, a professional X-ray electronic detection company, provides Nordson DAGE XD7500VR Jade FP X-ray detection system, which uses the latest flat panel detector technology to provide market leading, efficient, clear and real-time image product detection. High specification system configuration

Nordson DAGE open and transmissive X-ray tubes use long-life filament technology and are equipped with 1.33 million CMOS flat panel detectors, making the system perform well in the field of electronic detection that requires high magnification and high resolution real-time X-ray images.

The X-ray tube is designed at the bottom, and the movement of the operating platform and the tilt of the image detector are designed through the isocenter line. All controls can be completed through simple click operation of the software, without rocker operation. In this way, the safety and collision free detection of products can be realized. All functions can be automatically detected simply and quickly without complicated programming techniques.