Siemens customers can now take advantage of the syngo® Suite to enhance productivity within the radiology department. This set of solutions creates a unified radiology work environment that provides speed and flexibility, increasing the efficiency of diagnostic and therapeutic cycles, providing fast, intuitive, role-based access to information.
syngo® Workflow—Version SLR is designed to enhance radiology workflow from order entry to image and report distribution. It offers role-based access to all relevant information and tools, and is structured according to the tasks the technologists and physicians must accomplish.
syngo Portal Radiologist – for fast and well-structured access to the information and tools radiologists need.
syngo Portal Executive – for a clear and fast overview of quality metrics and other key performance indicators.
syngo® Imaging—The established integration of RIS, PACS and processing matches the radiological workflow, for simple operation, faster workflow, or easy integration in the technical environment at hospitals and imaging centers. With advanced syngo processing functions, more quality information is available to radiologists to aid in patient diagnosis.
Usability—User-friendly, fast tools support radiologists providing the ability to access frequently needed functions directly in the diagnostic screen.
Speed—With Dynamic Loading, images appear immediately after they are called up saving the radiologist a significant amount of time.
Integration—Advanced processing functions are integrated directly into the diagnostic workstation. Thanks to syngo, the complete examination can be performed at one workstation.
syngo® Dynamics—This is a multi-modality system for dynamic image review, diagnosis and archiving. This scalable solution is applicable for offices, imaging clinics, hospitals and multi-facility enterprise health systems. Optional interfacing to clinical or hospital information systems allows the distribution of results in a variety of formats and helps create a filmless, paperless environment.