Ezovion FHIR compliant RIS and PACS Software is an integrated medical image and administration management solution that is ideal for public, private practices hospitals and diagnostic centers.
Our RIS software offers advanced assistance in patient engagement. In contrast, PACS software maintains medical image records generated from any digital X-ray, CT, MRI, and ultrasound machines that can be saved and easily accessible to doctors and patients from anywhere.
Ezovion RIS adheres to Fast Healthcare Interoperability Resources (FHIR) standards, promoting interoperability and data exchange of Patient Resources, Encounter Resources, Radiology Service Requests and Diagnostic Reports.
Ezovion FHIR standards provide a standardized and efficient framework for data exchange. RIS, following FHIR, can easily communicate with Electronic Health Records (EHR), ensuring smooth data flow and reducing communication barriers.
FHIR compliance positions RIS to support modern healthcare initiatives, such as value-based care, patient engagement, and population health management.
This compliance ensures valued integration with other FHIR-compliant systems, contributing to a more interconnected and interoperable healthcare ecosystem.
Patient engagement in Ezovion RIS offers active involvement of radiology technicians, radiologists, primary doctors and patients in their diagnostic imaging experience. This approach emphasises shared decision-making, educational initiatives, and increased accessibility via EHR, patient portal and mobile app to enhance the all-around patient experience.
By empowering patients with information, and appointment reminders and involving them starting from receiving orders to final radiology reports.
Healthcare providers aim to improve outcomes and foster a sense of a better environment in their healthcare journey.
The integrated system allows overall radiology experience with RIS with two-way interaction with patients regarding reports and analysis contributing to a positive radiology experience.
In RIS (Radiology Information System), appointment management involves scheduling and organizing radiology appointments efficiently.
Receiving radiology orders by RIS (Radiology Information System) is a crucial step. It helps to enter orders, scheduling, assigning and also provides reports and results.
It allows healthcare front desk support to book, reschedule, or cancel appointments
Ensuring optimal utilization of radiology resources and minimizing patient wait times by 20%.
RIS facilitates effective queue management by providing a systematic approach to handling patients in the radiology workflow.
RIS allows for the real-time tracking and monitoring of the status of radiology orders. It helps to enter orders, scheduling, assigning and also provides reports and results.
It ensures a smooth transition of patients through various stages, from check-in to check-out.
RIS software manages the overall efficiency of the radiology department with effective data flow.
RIS serves as a hub for communication within the radiology department. It enables seamless communication between healthcare professionals and patients.
RIS helps to maintain secured and safe information transfer and critical patient information between HIS, and RIS.
It allows professionals to get better updates on critical cases for keen examinations.
RIS helps to maintain coordination of tasks among the radiology team.
RIS plays a role in billing processes associated with radiology services. It helps in managing and tracking billing information, ensuring accurate and timely invoicing.
RIS generates patient billing statements that provide a clear breakdown of charges, services rendered, and any outstanding balances.
Integration with Electronic Health Records (EHR) or Electronic Medical Records (EMR) systems ensures that billing information is synchronized with patient health records.
RIS includes features for processing payments, allowing healthcare facilities to efficiently manage financial transactions related to radiology services.
You can find different templates based on different modalities which are specifically designed and well-structured based on the requirement of each modality like CT, MRI, Ultrasound, Doppler, PET scan and more.
The use of templates helps to maintain the reporting workflow, reducing the likelihood of errors and enhancing the overall efficiency of the radiology department.
Ezovion RIS systems often provide modality-specific templates for effortless reporting.
By adhering to predefined templates, RIS systems contribute to quality assurance efforts. The standardized format helps in monitoring and improving the accuracy, completeness, and overall quality of radiology reports.
RIS incorporates role-based access control, allowing healthcare organizations to define and manage access permissions based on roles. This feature ensures data security and privacy.
Modality-based access that aids in securing PACS & radiology data and in patient confidentiality.
Create unlimited users like, radiologist, X-ray technician, sonologist’s, radiology head, consultant Doctor and grant access as per the role.
Hospital admins can easily view and change the roles and access controls from the cloud-based platform.
Ezovion PACS, image acquisition involves capturing medical images from various imaging modalities, such as X-ray, MRI, or CT scans. PACS seamlessly integrates with these modalities, allowing for the direct transfer of DICOM (Digital Imaging and Communications in Medicine) images to the system.
PACS manages the image acquisition process, creating an efficient workflow for healthcare professionals.
The system facilitates the seamless capture of medical images from various modalities, minimizing delays and enhancing overall productivity.
Healthcare providers can access medical images instantly after acquisition.
PACS serves as a centralized storage solution for medical images. It efficiently stores and organizes DICOM images, ensuring accessibility and retrieval for healthcare professionals.
The system often employs a robust storage infrastructure to handle the vast volume of medical images generated.
PACS is integrated with diverse imaging modalities, including X-ray, MRI, and CT scans.
PACS ensures that all diagnostic images are stored in a unified repository, improving accessibility and retrieval.
PACS facilitates effortless image access for healthcare professionals through various channels and portals for efficient collaborations within the team.
PACS enables healthcare professionals and patients to access medical images through the Hospital Information Management System (HIMS) patient portal or dedicated mobile/tablet applications.
You can download the radiology images anytime which promotes efficient viewing and collaboration.
You can share stored images easily via tablet or mobile app.
PACS facilitates image communication by providing options to share images securely.
Users can generate shareable links through dedicated portals or mobile apps.
Allows authorized individuals including referring physicians or specialists, to view and collaborate on diagnostic images remotely.
PACS provides a comprehensive solution for managing images throughout different portals and apps.
PACS utilizes DICOM as a standard format for medical imaging data. DICOM ensures interoperability and consistency in exchanging, storing, and transmitting medical images across different imaging devices and healthcare systems.
DICOM standardizes the communication and management of medical imaging information.
DICOM promotes interoperability, allowing seamless communication between different imaging devices and systems.
DICOM incorporates security features to protect patient data during transmission and storage.
PACS, which stands for Picture Archiving and Communication System, is a medical imaging technology primarily employed within healthcare institutions to securely store and electronically transmit medical images and associated reports.
PACS, or Picture Archiving and Communication System, serves as a solution for managing and preserving medical images and associated information. It enables healthcare practitioners to retrieve and review images remotely via internet access. PACS comprises an image acquisition component, an image database or archive, and a display or viewing station.
PACS encompasses the comprehensive system for handling medical images, whereas DICOM pertains to the specific standard employed for encoding and transmitting both images and data. Essentially, PACS is a system that employs the DICOM standard for the storage and transmission of medical images.
Ezovion is a comprehensive SaaS based HMS that intelligently enhances your healthcare operations. Built with advanced AI/ML capabilities, robotics process automation, we offer an end-to-end connected experience, providing healthcare solutions seamless to your patients and other stakeholders.
