X-ray imaging has proven a valuable inspection and diagnostic tool for medical imaging as well as a wide variety of applications in food inspection, security, and throughout the manufacturing process
The XRI-1200 is a PC based real-time digital image processor board specifically engineered for demanding X-ray imaging applications.
X-ray images often contain motion artifacts and exhibit low contrast, high-noise characteristics; the XRI-1200 performs adaptive image processing to reduce noise in both still and dynamic images significantly improving image quality and contrast.
The XRI-1200 is capable of capturing high resolution images from a wide variety of sensors such as CCD, CMOS, and flat panel detectors as well as other linear array sources.
Capable of handling 10, 12 and 14-bit images and supporting up to 50 frames per second the XRI-1200 features an FPGA-based image processing engine that performs real-time digital image processing in three dynamic stages, improving measurement and diagnostic accuracy.
Designed for rapid system integration the XRI-1200 comes bundled with easy-to-use software application development tools and utilities.
The XRI-SDK (software development toolkit) is bundled with the XRI-1200.
A complete Microsoft Windows compatible C++ library for image acquisition and digital image processor control is provided.
The XRI-SDK includes easy- to-use tools, utilities and installation scripts to allow rapid application development, diagnosis and deployment.
Intuitive and flexible, the XRI-SDK imaging libraries permit users to control all aspects of the image acquisition process and image storage both on the local and host computers.
