ProtonPACS Is The Right Picture Archiving and Communication System For Any Imaging Environment
Speed and reliability that come with an on-site server
Off-site, cloud infrastructure and the operational expertise of Radsource
A system that’s uniquely engineered to eliminate inefficiency
Healthcare Facilities Our PACS Software Supports
Unique Hybrid PACS Model
ProtonPACS is an innovative system designed to enhance your medical imaging workflow. It offers a seamless user experience by mirroring your user preferences, workflow, and critical enterprise data for each study.
With ProtonPACS, you can ensure uninterrupted access to all your data, as your on-site server and offsite storage automatically sync in real-time for efficient collaboration. The system provides pacs for radiology teams easy management of study viewing, along with additional features like a performance image viewer and advanced search functionality. Leveraging cloud computing technology, ProtonPACS improves security, scalability, and mobility, enabling you to securely access and analyze medical images anytime, anywhere.
PACS Software Benefits That Make A Difference
Unique hybrid architecture minimizes downtime
No legal risk of losing images with secure data storage
Low upfront capital investment with flexible pricing
Best in class technology
Customized features to suit any imaging setting needs
Fast implementation with HL7 interfaces included
All hardware included, as well as ongoing maintenance, technical support, licenses and upgrades
Exploring Our Technical PACS Features
Here you will find a detailed overview of ProtonPACS’ technical characteristics and features. The table below offers in-depth insights into the system’s capabilities, functionalities, and specifications, enabling you to make informed decisions about integrating ProtonPACS into your imaging environment.
Should you require additional information or have any specific questions, please don’t hesitate to contact us directly.
Book a meeting with our sales team for an in-depth, technical analysis on your specific imaging needs.
Software Modules
- Unlimited DICOM modality connections
- Scalable and fault-tolerant, providing redundancy where included in the architecture
- Standards-based (DICOM and HL7)
- Online image storage
- Web-enabled with SSL encryption
- ISO certified, FDA approved, CE Mark, TGA certified, Medsafe registered
- Multi-tier image storage
- Integrated 24×7×365 remote system monitoring and diagnostics
- Automated database backups
InteleBrowser
Web-based Administration
- System Admin/PACS management and monitoring tools
- DICOM AE Title management
- User account and privilege management
- Auto-routing and pre-fetching configuration
- Auditing tools
- Data volume statistics
- System monitoring dashboard
- Database search tools
- Unlimited user access; no restrictions on number of concurrent users
- SSL-encryption
InteleViewer
- Unlimited user access; no restrictions on number of concurrent users
- SSL-encryption (excluding DICOM communications)
- Automated installation and upgrades
- Images-on-demand via JPEG 2000 (wavelet) streaming
- User-configurable image compression settings
- Support for DICOM services and local image caching
- Roaming user profiles
- Multi-monitor support
- Thumbnail display of studies and series with drag-and-drop layout
- Automated, advanced layout management (hanging protocols)
- Annotations (text, arrows, reference lines)
- Measurement tools (linear, ROI, VOI, angle and Cobb-angles)
- Key images
- Multi-Planar-Reconstruction (MPR), orthogonal, oblique and double-oblique cut planes
- Spine labeling and cross-reference display in different slice orientations
- DICOM printing
- CD burning and CD importing
- Report viewer
Workflow Modules
Automated Remote Monitoring
Customer Service Support
Software Upgrades
- Radsource employs a formal Change Management process for this and leverages redundancy in the architecture to ensure that any interruptions are minimized or avoided entirely.
- Minor enhancements and patches are typically deployed through an automated delivery and installation system, after hours.
Hybrid PACS Software Architecture Benefits
Our system mirrors your user preferences, workflow and all other critical enterprise data for each study.
You never lose access to any of your data.
Your on-site server and offsite storage automatically sync with each other for real-time collaboration.
Additional features include: performance image viewer, advanced search functionality, and cloud computing which improves security, scalability and mobility.
PACS System Architecture Comparison
Overview
Capital Expenses
Ongoing Support
Scalability
Image Access
Data Storage and Disaster Recovery
- On-site server
- Local data storage
- In-house IT support
- Software licenses
- Hardware
- Ongoing upgrades
- Hardware maintenance
- Hardware replacement
- Network monitoring
- Application troubleshooting
- Additional software licenses
- Supporting hardware
- Access images on local server
- If the server is down, images are not accessible
- Off-site server
- Off-site data storage
- In-house OR outsourced IT support
- Can be included
- Additional licenses may be required for new users and workstations
- Access images via secure Internet connection
- If Internet is down, images are not accessible
- On-site server
- Off-site server and cloud data storage
- IT support included in per study fee
ProtonPACS provides all hardware and software as part of per-study fee
in per-study fee
For no additional fee you can add new:
- Users
- Locations
Access all images easily, even when the local server or Internet is down.
- 2 off-site data centers
- 4 levels of redundancy
Radsource are trusted by:
Frequently Asked Questions
What is a PACS System?
A PACS System, or Picture Archiving and Communication System, is a medical imaging technology used primarily in healthcare organizations to securely store, retrieve, present, and share digital images and reports. Traditionally associated with radiology, PACS has expanded to include other imaging departments such as cardiology and pathology.
How does a PACS system work?
A PACS (Picture Archiving and Communication System) works by capturing, storing, and distributing digital medical images and reports during a medical exam. It serves as a centralized system for image and data management in clinics, hospitals, or any medical facility that provides medical imaging services.
What are PACS used for?
PACS (Picture Archiving and Communication Systems) are used in healthcare for storing, retrieving, and viewing digital medical images. They streamline workflow, enable efficient image analysis, and facilitate remote collaboration for radiology PACS teams. PACS also generate comprehensive reports linked to patient records, integrate with electronic health records, and support long-term image archiving.
Image Storage:
PACS systems provide large storage repositories to accommodate the vast amounts of data generated by various medical imaging equipment like CT scans, MRI machines, and X-ray devices.
Image Retrieval:
These systems enable fast and reliable access to images and related data for healthcare providers, which is essential for timely diagnosis and treatment planning.
Image Viewing:
PACS offers sophisticated tools for viewing images, including abilities to zoom, rotate, measure, and compare images, which are critical for detailed analysis by medical professionals.
Communication:
PACS systems are designed to facilitate the electronic transmission of images and reports across different departments within a healthcare institution or across different institutions, improving collaboration and consultation among medical staff.
Integration:
They are often integrated with other health information systems such as Electronic Health Records (EHRs) and Radiology Information Systems (RIS) to provide a comprehensive view of a patient’s medical history and diagnostics.
Who uses a PACS system?
PACS (Picture Archiving and Communication Systems) are used by radiologists, imaging departments, clinicians, specialists, technologists, administrators, and IT staff in healthcare. They enable storing, managing, and accessing digital medical images for interpretation, diagnosis, treatment planning, and collaboration. PACS support remote consultations, telemedicine, research, and education. They are essential for hospitals, clinics, and diagnostic centers, streamlining workflows and enhancing patient care.
You can learn more about our radiology PACS solutions, and PACS solutions for orthopaedic centers.
What does a typical PACS architecture look like?
A PACS (Picture Archiving and Communication System) architecture typically consists of three main components: an image acquisition system, a central database or server, and viewing workstations. The image acquisition system captures digital medical images from various modalities and sends them to the central database. The central database stores and organizes the images, along with associated patient data. Viewing workstations provide healthcare professionals with access to the stored images, allowing them to view, analyze, and generate reports for patient care. Communication protocols ensure seamless data exchange between these components within the PACS architecture.
How do you use a PACS system as a clinician?
As a clinician, you can use a PACS (Picture Archiving and Communication System) by accessing the system with your authorized credentials. Search for patient records by entering their identifying information, retrieve and view the medical images relevant to the case, and analyze the findings using the available tools. Generate reports based on your analysis and integrate them with the electronic health record if the PACS system allows. Collaborate with other healthcare providers by securely sharing images. Utilize the PACS system for treatment planning and informed decision-making, ensuring compliance with organization protocols and privacy regulations.
What are the benefits of a PACS system?
What are the benefits of a PACS for patients?
PACS (Picture Archiving and Communication Systems) significantly improves quality and safety in patient care by enhancing timeliness, accuracy, and access to vital information. It ensures prompt diagnosis and treatment, reduces errors, and enables healthcare providers to make informed decisions based on comprehensive patient data, ultimately enhancing patient outcomes.
How much does a PACS cost?
A PACS solution price can be influenced by many factors, including the current system in place, the number of studies estimated, and the balance between on-site and cloud-based storage architecture requirements.
Our expert support team are happy to walk through the best option no matter what size of healthcare team you are. Contact us today!
PACS Information, Support & Articles From Our Experts at Radsource
