Product Details

 
 
 
 
 
 
 

2D Micro Radiography System

High-Resolution Customisable X-Ray Imaging Solution for diverse applications

Introducing our cutting-edge, adaptable 2D Micro Radiography System, equipped with Photonic Science’s industry-leading sCMOS based X-ray cameras that deliver exceptional microscopic-level resolution. With over 20 years of expertise in X-ray system design, we excel in creating bespoke solutions tailored to your specific requirements. Our systems are designed for versatile applications, including medical research and development, non-destructive testing (NDT), archaeology, material science, electronics, and forensic analysis.

Photonic Science offers two standard configurations as a foundation for your custom X-ray imaging platform. For ultra-precise detail, our High-Resolution system features a dedicated microfocus X-ray source allowing you to resolve features as small as 3 µm. This high level of resolution can be maintained across large target areas, with coverage limited only by the required scan time, thanks to our advanced software that enables seamless stitching of multiple high-resolution scans. For applications requiring rapid exposures of less than one second, with active imaging areas up to 95 mm diagonally and a resolution of 30 µm at the object, our Rapid Imaging system utilises a powerful 50W minifocus X-ray source to deliver near 1:1 rapid, high-resolution imaging.”

Sample 2D Radiography Images

Vertical Laue System

2D radiography images from various samples taken at 60 kVp and 2s exposure, including a mealworm beetle larvae, PLD boards, and a resolution chart.

System Options

Resolution at the target3 µm at 2.5W with 5x magnification, 5 µm at 8w with 5x magnification
Magnification range5x to 10x
Instantaneous field of view (FOV)7.34mm² (*5 mag,) or 3.67mm² (*10 mag.) with maximum sample size of 20mm by 30mm, larger sizes available on request.
Typical exposure time (sample dependent)~2s
Resolution at the target~30 µm
Magnification range~1:1
Area of illuminated target~36.7 mm2 or 65.5 mm2
Typical exposure time (sample dependent)>1s