OpenRadView
A free, open-source desktop medical image viewer for opening and exploring your own CT, MRI and X-ray scans locally.
A free, open-source desktop medical image viewer for opening and exploring your own CT, MRI and X-ray scans locally.
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Education
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OpenRadView is a practical fit for buyers evaluating Education, Artificial Intelligence, and GitHub tools.
- What is OpenRadView?
- A free, open-source desktop medical image viewer for opening and exploring your own CT, MRI and X-ray scans locally.
- Who is it for?
- Medical students who need to explore DICOM studies across three anatomical planes during independent learning.
- Pricing
- unknown
Product information
What this product does
OpenRadView opens the DICOM and NIfTI files from your scan CD or zip on your own computer: linked axial, coronal and sagittal views, experimental 3D and measurements. Optional MCP access for your own AI agent. It is a personal research project for education and has not been clinically validated. Ask a qualified clinician to interpret your scans; do not use the app for decisions about care.
Sourced from openradview.com
Works With
Platforms
- Mac
- Windows
- Linux
Company & Maker
Who built OpenRadView?
- Company
- György (pueev Studio)
- Product
- A free, open-source desktop medical image viewer for opening and exploring your own CT, MRI and X-ray scans locally.
- Live since
- Oct 2026
The maker hasn't published a public statement we can verify yet.
Problem Solved
What problem does OpenRadView solve?
It is for patients and curious learners who hold their own scan files (DICOM, NIfTI, ZIP) and have no easy way to look at them. Uploading personal scans to a web service raises privacy concerns, and many viewers need accounts or send data elsewhere. OpenRadView opens the files locally with no account, telemetry or study history, and offers window/level, linked MPR planes and 3D/MIP views. For example, someone with a CT disc from a hospital can open the folder and scroll through axial, coronal and sagittal views to understand how slices form a volume.
Researched with AI · Data refreshed 2 hours ago · How we score
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OpenRadView is a local medical imaging viewer that opens DICOM and NIfTI files from scan CDs or ZIP archives. It supports educational exploration through linked scan views, measurements, experimental 3D visualization, and optional AI agent access.
Who should use
Buyer-fit is derived from approved personas and use-case evidence. Search-volume noise stays labeled separately.
Best-fit workflows
- View a CT scan from your own disc locally
- Learn how window and level change an X-ray's appearance
- Explore a volume with 3D and MIP projections
- Measure distances and angles on an image with known geometry
- Share a reviewed view with your own AI agent over MCP
- Opens a DICOM study from a scan CD for personal educational viewing.
Pricing reality
Vendor stated
No published price identified in the supplied pricing signals.
Actual cost
Unknown. Zero detected prices do not establish whether access is free or paid.
Hidden costs
3 hidden cost warnings — unlock to view
Pricing reality
Last updated Oct 2026
Starting price
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General buyer tips
Common across software subscriptions, not findings about this product.
True cost for your case
LIVE ESTIMATEEstimated spend
--Starting price has not been verified from a linked pricing source yet.
Prices change often — confirm on the vendor's site before you buy.
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Activity signals
Insufficient data
Only 6 of 5 minimum public signals linked. Score appears once we collect 0 more independent signals.
HOW THIS TOOL SCORES
Scores compare this tool with 49 similar tools in Education. Use it to judge Innovation and Capability before you shortlist.
Innovation Index™
Is it new, different, and easy to understand?
Medium confidence (50%) - some sub-scores have thin evidence.What this means →
Functionality Score™
Does it cover the jobs buyers expect, and can it keep up?
Low confidence (30%) - some sub-scores have thin evidence.What this means →
Data sources
Traffic & search proof
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Google Trends live interest
Live Google Trends data for OpenRadView: interest over time, regions, topics, and related queries.
Tracks 12-month Google search interest on a 0-100 relative interest scale.
Includes regional demand, so readers can see where search interest is strongest.
Includes related topics and related queries to surface adjacent demand and search intent.
FAQ
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Sources and methodology
Only evidence with a linked source record or explicit feature provenance is shown here. Data without provenance stays off the page.
COMMUNITY CREDITS
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