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DICOM Viewer is a software application used to view, manipulate and analyze medical images. It is used by doctors, radiologists, medical researchers, healthcare professionals and medical students to view and analyze medical images such as X-rays, CT scans, MRI scans, Ultrasounds and Nuclear Medicine images in a standardised format.
A free DICOM Viewer allows users to quickly and easily view medical imaging files without any cost.
Features:
• Easy-to-use user interface: A DICOM Viewer must be easy to use, with a user interface that is intuitive and uncomplicated. It should be quick and simple to navigate and should allow the user to easily switch between different image views.
• Image adjustment tools: A DICOM Viewer should provide a range of image adjustment tools, such as contrast and brightness adjustment, to help the user interpret the image. It should also be able to invert the image, mirror it and adjust the zoom level.
• Image manipulation tools: A DICOM Viewer should provide a range of image manipulation tools, such as annotation, measurement and colour segmentation, to help the user interpret the image. It should also be able to rotate, flip, crop and resize the image.
• DICOM-compatible: A DICOM Viewer should be DICOM-compatible and should be able to open and view DICOM files in a standardised format. It should also be able to export DICOM files to a variety of image formats, such as JPEG and TIFF.
• Multi-modality support: A DICOM Viewer should be able to view and analyse images from a variety of modalities, such as X-ray, CT, MRI, Ultrasound and Nuclear Medicine.
• Network communication: A DICOM Viewer should be able to communicate over a network, such as the Internet, to allow the user to share images with colleagues, patients and other healthcare professionals.
• Support for third-party systems: A DICOM Viewer should be able to integrate with third-party software and systems, such as PACS and Electronic Health Records (EHRs), to allow the user to share images with other healthcare professionals.
• Security: A DICOM Viewer should provide a secure environment for the user to view and manipulate medical images. It should include features such as user authentication, encryption and data protection.
• Customisable: A DICOM Viewer should be customisable to allow the user to tailor it to their specific needs and preferences. This could include features such as customisable layouts, themes and colour schemes.
• File compatibility: A DICOM Viewer should be able to open and view files from a variety of sources, such as DICOM, JPEG, TIFF and PDF. It should also be able to export files to a variety of image formats.
• Reporting: A DICOM Viewer should be able to generate reports to provide a summary of the images viewed. It should also be able to export these reports to a variety of document formats, such as PDF and
Word.
• 3D rendering: A DICOM Viewer should be able to render 3D images to help the user interpret the image. It should also be able to rotate, zoom and pan 3D images to help the user gain a better understanding of the image.
• Print images: A DICOM Viewer should be able to print images to a variety of formats, such as standard paper sizes and film sizes. It should also be able to add annotations and labels to the images when they are printed.
• Help and support: A DICOM Viewer should provide help and support to the user, such as online tutorials, FAQs and user manuals. It should also provide customer support, such as email and telephone support.
A DICOM Viewer is a powerful and versatile tool for viewing and analysing medical images. It has a range of features and tools to help the user interpret and manipulate the images and export them to a variety of formats. It is a must-have for doctors, radiologists, medical researchers, healthcare professionals and medical students.