Professional medical image management system SonicDICOM PACS 3.19

SonicDICOM PACS is a tool that combines the functionality of a DICOM Server with a web-based DICOM Viewer.

Typical Features (Context for 3.19)

Even if not specific to 3.19, SonicDICOM PACS normally includes the following capabilities (typical of recent 3.x versions):

• Web-based image viewing and DICOM data management via standard browsers.

• DICOM storage (SCP) and retrieve support.

• Image import/export and sharing (including converting to JPEG/PDF).

• Multi-monitor and customizable workflows for review and reporting.

• Integration with other viewers like RadiAnt via buttons in the UI.

SonicDICOM PACS 3.19 is a modern Picture Archiving and Communication System designed to simplify the storage, management, and viewing of medical images using the DICOM standard. Built with a strong focus on usability, performance, and interoperability, SonicDICOM PACS supports healthcare organizations of different sizes, from small clinics to larger diagnostic centers, in both on-premises and cloud environments.

Version 3.19 continues to refine the platform by emphasizing stability, efficiency, and smooth workflow integration. The software provides a robust DICOM server for reliable image storage and retrieval, combined with a powerful web-based viewer that runs directly in standard browsers without the need for complex local installations. This allows clinicians and radiologists to securely access imaging studies anytime and from multiple devices.

Key features of SonicDICOM PACS 3.19 include comprehensive DICOM communication support, intuitive study and patient management, fast image loading, and flexible import and export options. The system supports integration with HIS, RIS, and EMR solutions, enabling seamless data exchange within existing clinical workflows. Advanced viewing tools help users review images efficiently, while role-based access and security mechanisms ensure patient data protection.

Overall, SonicDICOM PACS 3.19 delivers a balanced combination of performance, accessibility, and scalability, making it a reliable solution for medical imaging management in everyday clinical practice.