IMAGE Information Systems

IMAGE Information Systems is a British-German company group specializing in comprehensive, user-friendly, and cost-effective imaging and information management solutions tailored specifically for veterinary practices and institutions worldwide. The company serves a diverse client base ranging from small veterinary centers to major institutions, inc... luding renowned facilities such as the Shedd Aquarium in Chicago and CIRALE (Centre of Imaging and Research in Equine Locomotor Affections) in France, demonstrating its ability to adapt solutions to specialized veterinary needs. IMAGE Information Systems' product portfolio encompasses veterinary PACS and teleradiology systems (VET-WEBX), DICOM reading stations (VET-VIEW), advanced 3D imaging processing (VET-VIEW 3D), veterinary radiology information systems including equine-specific solutions (VET-RIS and VET-EQUINE), nuclear medicine imaging (iQ-NUC), and medical displays (IMAGE DISPLAYS), among other complementary offerings. The company distinguishes itself through several key technological innovations and strengths: it was the first PACS vendor worldwide to introduce true 12-bit grayscale display technology, delivering visibly superior image quality for CR, DR, and CT studies; it developed the industry's first radiology information system specifically designed for equine applications; its DICOM reader achieves the highest available read-in rate for patient CD-ROMs, ensuring virtually complete compatibility with imaging modalities and vendors across the market; and its VET-PACS platform requires minimal hardware resources through proprietary software design while supporting practically all available imaging modalities including CR, DR, CT, nuclear medicine with PET support, MRI, and ultrasound with Doppler and Duplex capabilities. IMAGE Information Systems emphasizes veterinary-specific intuitive user interfaces available in local languages, adherence to international standards including veterinary DICOM protocols, expert knowledge in medical interfaces, and rapid ...Read More