Work Smarter and Efficiently
with RadEze PACS

RadEze PACS delivers high-speed imaging, smart automation,
and secure access—empowering radiologists to streamline workflows,
boost accuracy, and achieve faster diagnostic turnaround times with ease.

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The 3A Principle

Simplifying radiology workflows through Analyze, Automate, Accelerate—RadEze PACS built for smarter diagnostics.

  • Analyze
  • Automate
  • Accelerate
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A Commitment to Exceptional Support

At RadEze PACS, we stand beside you from day one—offering unwavering guidance throughout your purchase journey and long after implementation.

  • 24/7 expert support
  • Proactive updates and maintenance
  • Help with onboarding and workflows
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Your Privacy is Our Top Priority


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99.9% Guaranteed PACS Server Uptime

Trust our PACS for reliable 99.9% DICOM PACS server uptime, ensuring smooth operations with minimal interruptions.

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All Time Data Backup & Recovery

We provide real-time backup and disaster recovery to ensure secure, uninterrupted radiology operations, data protection, and business continuity at all times.

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Data Security & HIPAA compliant

Highly secure, encrypted PACS data storage, access, and transfer- SOC, PCI, FedRAMP, and HIPAA compliant with regular encryption updates.

Seamlessly Works Across All Your Devices

RadEze PACS is built to run smoothly on every major operating system—so you can access diagnostics anytime, anywhere.

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Key Features of RadEze

Discover lightning-fast uploads, intuitive viewer, intelligent automation, secure storage, scalable workflows in RadEze PACS

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Billing Software for Teleradiology

grated billing module tailored for teleradiology workflows—track profits, costs, radiologist payments, and client invoices effortlessly.

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Center-wise Auto Assignment

Automatically assign cases to radiologists based on diagnostic center preferences, TAT policies, and availability.

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Radiologist Blocking (Center-wise)

Restrict specific radiologists from being assigned to selected diagnostic centers—perfect for managing quality control and preferences.

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Smart Dicom Uploader

Easy, fully secure, and fast DICOM upload setup—compatible with low-end Windows 7 (32-bit) systems to high-end Mac or Windows 11 devices.

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High-Speed Web-Based DICOM Viewer

Experience real-time, lag-free viewing of medical images directly in the browser—no installations required.

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Automatic Study Tag Correction

Correct inconsistent or incorrect study types using AI-driven tagging—reduce manual errors and improve reporting accuracy.

Frequently Asked Questions

Find answers to common questions about EZEWOK,
including features, usage, and troubleshooting tips to help you get
the most out of our solution.
What is the full form of DICOM?
DICOM stands for Digital Imaging and Communications in Medicine. It's a global standard for storing and transmitting medical images, often used in PACS systems and teleradiology services in US.
What are DICOM standards?
DICOM standards define how medical images and related data are formatted and exchanged. These standards are essential for PACS workflows and teleradiology services in US to ensure system compatibility.
What’s the Difference Between DICOM and NIfTI?
DICOM is used in clinical imaging like X-rays and MRIs, while NIfTI is used mainly in research for brain imaging. DICOM is the preferred format in teleradiology services in US for real-time diagnosis.
What does PACS do?
PACS stores, retrieves, and shares medical images digitally, removing the need for physical films. It's vital for fast reporting in teleradiology services in US.
How does PACS work?
PACS captures images from imaging devices, stores them securely, and allows radiologists to view them remotely. It's a key part of scalable teleradiology services in US.
What is the purpose of a PACS system?
PACS aims to streamline image storage, access, and sharing across medical teams. It's the backbone of efficient teleradiology services in US.
Why are PACS important in radiology?
PACS enables faster diagnosis, reduces manual errors, and supports remote access—critical features for teleradiology services in US.
How does PACS improve patient care?
By allowing quicker image access and diagnosis, PACS shortens treatment time and improves accuracy, especially in teleradiology services in US setups.
What are the advantages of PACS?
Key advantages include faster workflows, reduced physical storage, and remote access—making it ideal for modern teleradiology services in US.
What is PACS and DICOM?
PACS (Picture Archiving and Communication System) stores and retrieves images, while DICOM defines the format for those images. Both are core to teleradiology services in US for fast, remote diagnostics.

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