No more hassles of film development. Immediately displays an image on PC monitor. Your NDT x-ray inspection becomes as easy as digital-camera-like operation.

48-megapixel high quality image *1

48-mega pixels high quality image

NX produces the astonishing high quality 48-megapixel image. It has also achieved much higher light concentration rate compared to others systems, with our unique technology, which employs the maximum of 192 highly sensitive monochrome CCD sensors. Super high-resolution engine displays the acquired image data with the smooth 4,096 gray scales (12bit). It takes a single shot to capture the x-ray image even for an object with various thicknesses. From a single image, you can retrieve greater amount of information with rich imaging data.

*1 When used NX-HG model 450mm x 350mm.

NX Sensor 4,096 gray scaleDigital Maximum of 192 CCD Sensors maximum of 192 CCD sensors
Digital Camera 256 gray scale

Principles of NX Sensor

Principles of NX Sensor

Once, the scintillator (Gd2O2:Tb) converts the x-ray to visible light, highly sensitive CCD sensors, which are densely arrayed, captures a fluorescent image from the lit-up scintillator. The acquired image data is processed and corrected by the imaging software, which is exclusively developed for NX system. The software seamlessly pieces each image data together and creates one uniformed x-ray image.

CCD Camera Structure

Adoption of Monochrome CCD Sensor

NX CCD sensor is designed to acquire the maximum amount of data information when the scintillator emits the light at the most. This CCD sensor achieved the high sensitivity and wider dynamic range image, which could not be obtained with amorphous silicon. The displayed image shows a film-like rich and smooth texture, and it does not have a digital-like rough texture. Applying our innovative technology, NX's densely-aligned CCDs acquires 5 lp/mm high resolution digital image.

On the same image area size, 7times more pixel compared to standard FPD On the same image area size,
7 times more pixel compared to standard FPD with amorphous silicon.

Sample Image
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