XR-PACS vision is a findings and diagnostics software program that contains all conventional image processing functions that are expected in a radiological diagnostic practice.
professional image processing
XR-PACS vision supports image display on up to 4 high-resolution luminosity monitors with up to 5 megapixels. Both colour and greyscale can be displayed in landscape and portrait format. In this way, findings can be ascertained for sectional as well as X-ray and mammography images.
XR-PACS vision offers numerous processing facilities.. Functions such as zooming, panning, mirror imaging, revolving and electronic microscope view are also contained, as well as windows, both interactive across the entire greyscale as well as across pre-defined standard fenestration.
Particular regions of interest can be highlighted and supplemented by adding annotations (graphics, commentaries). Furthermore, the software features graphic algorithms for the measurement of length and angle measurement, spot density measurement, layer profile and histograms.
individual image display
Image displays can be positioned and processed across several monitors. Flexible layouts facilitate free positioning of the image material at your findings workstation. The layout of a findings workstation can be individually adjusted for the individual user. Using hanging protocols, the image content can be adjusted specifically to the examination for CT, MR and for X-ray images.
XR-PACS vision supports special protocols for MR mammographies, MR angiographies, CT contrast media sequences, orthopaedic X-rays etc. The hanging protocols can also be changed within a series. (e.g. MR mammography protocol with natural, earlier contrast media, later contrast media and substraction sequencing.
simple handling
Using XR-PACS vision, up to 8 image series can be browsed concurrently and synchronously. In order to just display the most important series, XR-PACS vision has a filter feature with image display. A display mode is available for the comparison of preliminary examinations.
Multiframe images (moving image sequences) can be displayed using an integrated movie player. Nuclear medicine examinations can be displayed in configurable pseudo colours. Optimised image display is also available both for direct digital modalities as well as for magnetic flexible disks.
Apart from that, studies can be exported in conventional PC image format (JPEG, BMP, TIFF) or to any DICOM workstation.