Open your knee X-ray DICOM files in the browser to inspect bone structure, joint space, alignment, and fracture lines — then request AI support based on rendered images to explain the findings. X-rays show bone clearly but cannot show the menisci or ligaments (that needs MRI). Your raw files stay on your device for viewing.
Upload Your Knee X-rayA knee X-ray shows bone and joint space in seconds — alignment, joint-space narrowing, osteophytes, and fracture lines. It cannot show the menisci or ligaments (that needs MRI), but it is the first read for arthritis grading, fracture, and patellar position.
Drop your X-ray DICOM files or ZIP archive. Supports AP, lateral, oblique, and weight-bearing views.
Automatically renders bone and soft tissue windows. Adjust brightness and contrast, zoom, pan, and measure distances in millimeters.
4 AI models independently assess fractures, arthritis, alignment, and bone density. Claude synthesizes a unified report with findings and confidence levels.
AI support can explain X-ray report language and rendered image context, but it is not a licensed radiology second opinion. Use it to prepare better questions for your clinician, especially when a knee report mentions arthritis grading, fracture alignment, patellar tracking, or joint-space narrowing.
Read the AI imaging explanation guideRaw X-ray files stay on your device. All DICOM parsing, rendering, and viewing happens entirely in your browser using WebAssembly and Canvas API.
Works in any modern browser — Chrome, Firefox, Safari, Edge. No plugins, no Java, no desktop software to download.
Four independent AI models can explain rendered X-ray images for fractures, arthritis, alignment, and bone density patterns. Claude synthesizes a consensus report.
Bone window highlights fractures and joint spaces. Soft tissue window reveals effusions and swelling. Zoom up to 4x and measure distances in millimeters.
AP, lateral, oblique, weight-bearing, sunrise/Merchant, and tunnel views. Both computed radiography (CR) and digital radiography (DR) formats.
Generate a professional report with structured findings, severity grading, model agreement, and recommendations for your physician.
DICOM (.dcm) — digital radiography files
ZIP archives — containing multiple X-ray views
Computed Radiography (CR) and Digital Radiography (DR)
JPEG Lossless (1.2.840.10008.1.2.4.70) transfer syntax
Explicit VR Little Endian, Implicit VR Little Endian
12-bit and 16-bit pixel depth
MONOCHROME1 and MONOCHROME2 photometric interpretation
Yes, completely free with no hidden costs. You can view unlimited knee X-ray scans in your browser. AI analysis requires credits ($10 per analysis session).
Absolutely. Your DICOM files are processed entirely in your browser using JavaScript and WebAssembly. Raw imaging data never leaves your device. Only rendered analysis images are sent to AI models for interpretation.
Weight-bearing AP and lateral views provide the most diagnostic information for joint-space and alignment assessment. Sunrise views help evaluate patellar tracking. Multiple views of the same knee improve diagnostic accuracy.
Our AI consortium analyzes cortical continuity, trabecular patterns, and alignment to identify fractures and avulsion fragments. The multi-model approach cross-references findings to reduce false negatives. Always confirm with a radiologist for clinical decision-making.
No. X-rays show bone and joint space but cannot visualize soft tissue structures like the menisci, ACL, or PCL. For suspected ligament or meniscus injury, an MRI is required. Our free knee MRI viewer handles those files.
On Analyze My Knee, the viewer helps you review knee scans before discussing them with a clinician. It is built for educational inspection, not self-diagnosis.
Review meniscus tears, ACL injury patterns, bone bruises, collateral ligament injury, bursitis, cartilage loss, and patellar tracking findings with privacy-first browser viewing.
Use the linked knee pages to understand report language and the imaging signs your clinician may mention.