Personal Injury Assessment
Quantify Intersegmental Motion for Whiplash Associated Disorders. Generate AMA-compliant reports that provide objective evidence for ligamentous instability/laxity. Determine permanent injury based on measurements of flexion, extension, and neutral lateral cervical spine views.
Professional Use Cases
See how our precision DICOM analysis transforms your diagnostic workflow and improves clinical documentation of permanent ligamentous injury.
Upper Cervical Analysis
Assess C0–C1, C1-C2 stability using APOM neutral and lateral bending radiographs. Precisely measure atlas displacement and asymmetrical motion to identify objective findings consistent with upper cervical ligamentous instability, including involvement of the alar and accessory ligaments.
Full Spinal Analysis
Visualize biomechanical motion of the cervical, thoracic, or lumbar spine to validate clinical outcomes, patient progress, and determine permanent impairment. Generate detailed ligament laxity reports, enhancing clinical documentation for one of the most overlooked diagnoses in personal injury cases.
Time Saving Workflow
1
Upload Images
Securely upload DICOM image files into the platform to initialize a structured report workflow.
2
Measure
Capture precise measurements efficiently with intuitive, standardized tools built for speed and accuracy.
3
Generate CRMA Report
Generate detailed, biomechanical reports designed for clinical use and medico-legal scrutiny.
Disclaimer: DICOMetrics is a data organization platform for qualified medical professionals. Clinical interpretation and final diagnostic responsibility remain exclusively with the qualified user.
Ease of use
Intuitive interface designed for clinicians, not just engineers. Drag, Drop, and analyze in seconds.
Designed for Precision, Built for Speed
DICOMetricsâ„¢ removes the friction from medical imaging analysis. No complex installations, no steep learning curves. Just upload and analyze.
unlimited reports
Generate as many detailed reports as you need with our unlimited options. No credits, no caps, just unlimited potential.
no training needed
Zero learning curve. Our context-aware tools guide you through the analysis process automatically.
medical accuracy
Validated algorithms ensure every measurement is precise, reliable, clinically relevant, and AMA Guides compliant.
Dynamic Reporting
Reimagined
Stop struggling with static PDFs. Our dynamic reporting engine allows you to interact with data, adjust measurements, and generate unlimited reports instantly.
Unlimited report generation options
DICOM-compliant metadata preservation
- Instant PDF export & secure sharing
- Interactive measurement adjustments
Common Questions
Learn more about how DICOMetrics supports professional radiologic workflows and structured reporting.
What does this software do?
This platform generates precise, defensible CRMA (Computerized Radiographic Mensuration Analysis) reports from DICOM X-ray images. It quantifies intersegmental motion, including translation and angular differences, and produces a structured, exportable report suitable for clinical and medico-legal use.
What type of images are required?
You must upload DICOM-format radiographs.
For standard spinal analysis:
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Minimum: Flexion, extension and neutral lateral views
For upper cervical analysis:
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AP open mouth (neutral)
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AP open mouth with right and left lateral bending
Non-DICOM formats (JPEG, PNG, screenshots) are not supported due to lack of calibration data.
Why is DICOMETRICS SUPERIOR TO OTHER aPPS?
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Works directly with original DICOM radiographs rather than converted JPGs, PNGs, screenshots, or other standard image formats, preserving the imaging data needed for precise measurements.
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An intuitive, physician-focused workflow eliminates complicated setup and extensive software training. Upload, plot, analyze, and generate.
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DICOMetrics streamlines the entire process: DICOM image → measurements → calculated findings → CRMA report → PDF.
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Reports focus on the measurements, findings, clinical significance, and supporting methodology that matter—without unnecessary pages of repetitive or long-winded content.
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Findings are presented clearly so the finished report can be understood not only by physicians, but also by attorneys, adjusters, patients, and others without a medical or technical background.
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Automated calculations and standardized reporting help reduce manual calculations and user variability while producing consistent documentation from case to case.
Measurements are calibrated directly from DICOM metadata (e.g., Pixel Spacing), ensuring high dimensional accuracy. This removes variability introduced by magnification or display scaling and provides consistent, reproducible results.
Are the reports compliant with AMA Guides?
Yes. Reports are structured to align with methodologies described in:
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AMA Guides to the Evaluation of Permanent Impairment (5th and 6th Editions)
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Clinical Biomechanics of the Spine by White & Panjabi
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Essentials of Skeletal Radiology by Yochum & Rowe
Why is DICOM required instead of standard image files?
DICOM files contain embedded metadata, including pixel spacing and imaging parameters. This allows the software to perform true millimeter-based measurements, which is not possible with standard image formats.
How accurate are the measurements?
Ready to modernize your workflow?
Join qualified professionals using DICOMetrics to organize clinical measurements and generate structured documentation with efficiency and precision with toolsets designed for experts.