dicom.link CloudPACS Client vs DICOM Camera

dicom.link CloudPACS Client is a full-fledged mobile DICOM viewer and a limited PACS server intended for medical images review and collaboration between clinicians, researchers and patients. It is based on an intuitive, scalable, hybrid platform which combines DICOM standards with web-based technologies, specifically designed for medical data archival, retrieval, visualisation and collaboration. Key features: - full integration with dicom.link CloudPACS systems. A dicom.link CloudPACS account is required to use this app. A demonstration interface is available for testing. - full support for DICOM SCP/SCU & DICOMWeb protocols, as well as some other nonstandard API - full support for dicom.link DicomProxy: power up your existing (legacy) PACS with mobile & web technologies - support for multi-frame images, JPEG compressed images (both lossy & lossless) and most used modalities - import DICOM images from internal or external memory (SD card). - intuitive interaction with images via touch gestures - easy management of your network of DICOM nodes from one simple interface via DIMSE connectivity - collaboration with other physicians in real time by instant sharing and notification via CloudPACS DISCLAIMER: This application is intended for reviewing only. It is currently neither CE nor FDA cleared. Not intended for diagnostic use!

DICOM Camera: The Ultimate Medical Imaging Companion The DICOM Camera app is a cutting-edge solution for medical professionals who need to capture, store, and manage medical images and videos with ease. Designed to integrate seamlessly into any medical workflow, DICOM Camera offers powerful features to streamline medical imaging while ensuring compliance with DICOM standards. With its advanced features, DICOM Camera enables easy capture, storage, and sharing of high-quality medical images. Key Features: 1. Configure Multiple Remote Archive Servers Effortlessly connect and configure multiple remote DICOM archive servers (PACS). This feature allows users to store and retrieve studies across various servers, ensuring scalability and secure access to imaging data. 2. Capture Up to 25 Photos per Study With DICOM Camera, you can capture up to 25 high-quality medical images per study. This is ideal for documenting comprehensive cases where multiple images are required to fully capture the clinical details. 3. Record Up to 5 Minutes of Video per Study The app supports video recording of up to 5 minutes per study, making it perfect for capturing dynamic or procedural data, endoscopic procedures, or surgical documentation. 4. Configure Multiple HL7 Servers DICOM Camera allows users to integrate multiple HL7 servers for seamless communication with hospital information systems (HIS) and electronic medical record (EMR) systems, ensuring smooth data flow between systems. 5. Configure Multiple MWL Servers Integration with multiple Modality Work list (MWL) servers ensures efficient and accurate workflow management. You can configure several MWL servers to pull patient data, ensuring proper association of captured images and videos with patient records. 6. In-App Storage of Photos The app provides secure, in-app storage of captured photos, allowing users to manage and organise their studies locally before transferring them to the archive or external servers. 7. Body Part Selection for Photos Enhance the clinical accuracy of your imaging documentation by selecting the specific body part being imaged. This feature helps in ensuring that the medical images are properly annotated and categorised. 8. Capture Photos in Multiple Formats Capture and store photos in various formats such as JPEG, JPEG-Lossless, or JPEG2000 to accommodate different clinical needs or institutional requirements. 9. Grayscale Filters for Image Processing Apply grayscale filters to captured images to enhance contrast and visualisation, particularly useful in medical imaging where grayscale is preferred for clinical assessment. 10. Add Multiple Operators for MWL Technicians Easily manage multiple operators or technicians within the app, especially in larger facilities where different users might be handling the imaging process. This ensures that the correct operator is associated with each study. 11. Activity Log Track all actions performed within the app through an integrated activity log. This feature provides an audit trail for every study captured, helping to maintain compliance and accountability. 12. MPPS Log (Modality Performed Procedure Step) Monitor and log all MPPS events, ensuring accurate tracking of completed imaging procedures. This feature is essential for institutions that need to log procedural information in real time. 13. Support for Multiple Languages DICOM Camera is built for a global audience with support for multiple languages. Users can easily switch between languages, making the app accessible to a diverse range of medical professionals worldwide. 14. Custom App Icon Personalise the look of your DICOM Camera app with a custom app icon, allowing users to choose the visual appearance that suits their preferences. DICOM Camera is designed to simplify the process of capturing and managing medical images and videos, ensuring compliance with healthcare standards and delivering a robust solution for medical professionals.