FDA-cleared profile

Vitrea CT Transcatheter Aortic Valve Replacement (TAVR) Planning

Canon Medical Informatics, Inc.

Vitrea CT Transcatheter Aortic Valve Replacement (TAVR) Planning is a non-invasive post-processing application designed to assist medical professionals with the assessment of the aortic valve and in pre-operational planning and post-operative evaluation of transcatheter aortic valve replacement procedures. Vitrea CT Transcatheter Aortic Valve Replacement (TAVR) Planning includes general functionality such as: The software processes CT (computed tomography) image data to provide 3D segmentation of heart structures and vessels relevant to approach planning. The user can review the 2D and 3D images to select and plan the delivery path. The user can determine C-arm angles for use during the procedure. The user can verify and adjust the results of segmentation and cross-section measurements. The software provides visualization techniques such as volume rendering, MIP, MPR and curved MPR. The user can identify and edit contours and the centerline automatically or manually. The user can generate a report with relevant approach planning data and measurements for device sizing. The software can provide visualization of calcium. The user can generate tortuosity calculations along a centerline. The TAVR Planning Assist feature offers the ability to automatically initialize visualizations and measurements, that users can edit. The calculation of these outputs utilizes artificial intelligence/machine learning methods.

Evidence status: each field shows source quality, applicability, and review date. Research pending, information not established in reviewed sources, and vendor documentation pending are distinct outcomes.

Clinical fit

What this tool is for

Start with the authorized purpose, then verify how it fits your service line and reading workflow.

Exact purpose
Vitrea CT Transcatheter Aortic Valve Replacement (TAVR) Planning is a non-invasive post-processing application designed to assist medical professionals with the assessment of the aortic valve and in pre-operational planning and post-operative evaluation of transcatheter aortic valve replacement procedures. Vitrea CT Transcatheter Aortic Valve Replacement (TAVR) Planning includes general functionality such as: The software processes CT (computed tomography) image data to provide 3D segmentation of heart structures and vessels relevant to approach planning. The user can review the 2D and 3D images to select and plan the delivery path. The user can determine C-arm angles for use during the procedure. The user can verify and adjust the results of segmentation and cross-section measurements. The software provides visualization techniques such as volume rendering, MIP, MPR and curved MPR. The user can identify and edit contours and the centerline automatically or manually. The user can generate a report with relevant approach planning data and measurements for device sizing. The software can provide visualization of calcium. The user can generate tortuosity calculations along a centerline. The TAVR Planning Assist feature offers the ability to automatically initialize visualizations and measurements, that users can edit. The calculation of these outputs utilizes artificial intelligence/machine learning methods.
Public source Exact FDA submission Checked 2026-09-01

Exact-submission indication text from the ACR AI Central model card. FDA labeling remains controlling.

Intended users
Cardiologists, radiologists, and clinical specialists
Public source Exact FDA submission Checked 2026-09-01

Intended-user text reported in the exact-submission ACR model card.

Care setting and population
Adult
Public source Exact FDA submission Checked 2026-09-01

Patient-population text reported in the exact-submission ACR model card; institutional setting may still require vendor confirmation.

Workflow role
Segmentation or contouring
Public source Exact FDA submission Checked 2026-09-01

Conservative normalization of explicit wording in an exact-submission source.

Required input
CTA images or data. Inclusion criteria: Contrast-enhanced CTA DICOM images of patients indicated for TAVR procedures; slice thickness 1.0 mm; tube energy 100-120 kVp; cardiac phases systolic (20-30%) and diastolic (~80%); scanners from Canon, Siemens, GE, and Philips
Public source Exact FDA submission Checked 2026-09-01

Conservative normalization of explicit wording in an exact-submission source.

Output and human action
The AI model automatically initializes the following measurements (user-editable): aortic annulus contour measurements (area, perimeter, min/max/effective diameters), annulus to Left Main coronary artery (LM) height, annulus to Right Coronary Artery (RCA) height, aortic root coronal angle, left ventricular outflow tract (LVOT) contour measurements (area, perimeter, min/max/effective diameters), sinus of Valsalva cusp to commissure distance measurements. The software also provides 3D segmentation of heart structures and vessels, visualization of calcium, vascular access measurements (iliac and femoral minimum diameters, abdominal aorta diameter, tortuosity), C-arm angle determination, and aortic leaflet visualization. Reports with approach planning data and measurements for device sizing can be generated.
Public source Exact FDA submission Checked 2026-09-01

Clinical output reported in the exact-submission ACR model card.

Limitations
Exclusion criteria: Cases with severe motion artifacts; poor contrast or non-diagnostic phases
Public source Exact FDA submission Checked 2026-09-01

Limitations and supported-acquisition details reported in the exact-submission ACR model card.

Regulatory identity

FDA record and catalog context

The FDA listing establishes the regulatory identity. It does not by itself establish local workflow fit, pricing, security, or performance in your environment.

FDA submission
K260324
FDA source Exact FDA submission Checked 2026-08-31
Modality
CT/CTA
Public source Exact FDA submission Checked 2026-09-01

Imaging modality reported in the exact-submission ACR AI Central model card.

Anatomy
Heart/Cardiovascular
Public source Exact FDA submission Checked 2026-09-01

Anatomy normalized from explicit exact-submission ACR model-card wording.

Clearance type
510(k)
FDA source Exact FDA submission Checked 2026-08-31
Decision date
2026-05-22
FDA source Exact FDA submission Checked 2026-08-31
FDA status
FDA-cleared
FDA source Exact FDA submission Checked 2026-08-31

Implementation

Questions for IT, informatics, and operations

Use these fields to structure a vendor demo, security review, and implementation estimate.

Integration
The exact-submission ACR model card explicitly references DICOM in the described input, output, or workflow; exact interfaces, versions, and local compatibility require confirmation.
Public source Exact FDA submission Checked 2026-09-01

Interoperability terms explicitly reported in the exact-submission ACR model card; interface versions and local compatibility still require confirmation.

Deployment and data flow
Research pending
Needs research Exact FDA submission Checked 2026-08-31

Attach an exact-product deployment and data-flow source.

Security and privacy
Vendor documentation pending
Vendor confirmation Exact FDA submission Checked 2026-08-13

FDA authorization does not establish the current commercial security posture. Request data-flow diagrams, hosting and retention details, access controls, audit logging, attestations, and incident-response documentation.

Training and support
Vendor documentation pending
Vendor confirmation Exact FDA submission Checked 2026-08-13

Training, onboarding, competency, and support commitments are commercial implementation details that require current vendor documentation.

Monitoring and change control
Vendor documentation pending
Vendor confirmation Exact FDA submission Checked 2026-08-13

Local acceptance testing, production monitoring, drift review, update control, and incident escalation require a current vendor and site-specific governance plan.

Input or output interoperability

DICOM is explicitly referenced in the described input, output, or workflow.

exact submission · checked 2026-09-01

The model card does not establish every supported DICOM object, transfer method, or local interface.

Evidence

Performance evidence

Metrics are shown only when they are tied to a source, endpoint, population, and tested product version.

Evidence summary
Study type: Stand-Alone Performance. Cases: 89
Public source Exact FDA submission Checked 2026-09-01

Structured study metadata from the exact-submission ACR model card; this is not an independent evidence synthesis.

Reported sensitivity
Research pending
Needs research Exact FDA submission Checked 2026-08-31

This field has not been curated yet.

Reported specificity
Research pending
Needs research Exact FDA submission Checked 2026-08-31

This field has not been curated yet.

No contextualized exact-version metric has completed evidence review. Regulatory-document values, when available, are shown above with their limitations.

Vitrea CT Transcatheter Aortic Valve Replacement (TAVR) Planning regulatory performance study summary

Stand-Alone Performance · Adult

exact submission · Tested version: Exact product version not reported; regulatory study summarized for FDA submission K260324 · n=89 · Independence not established

K260324

ACR AI Central summarizes the regulatory study; consult the exact FDA materials before comparative use.

Economics and lifecycle

Budget and ongoing governance

These are common procurement questions; unknown values remain visible until a source supports them.

Pricing and total cost
Vendor documentation pending
Vendor confirmation Exact FDA submission Checked 2026-08-13

FDA submission materials do not establish current commercial pricing. Request the pricing unit, term, minimum commitment, implementation fees, and included support from the vendor.

Reimbursement and coding
Research pending
Needs research Exact FDA submission Checked 2026-08-31

Determine whether any product-specific CPT/HCPCS pathway exists and separate it from billing for the underlying imaging service.

Safety and lifecycle

Postmarket record

Recall and adverse-event records are shown only after product matching. Adverse-event reports do not establish incidence or causality.

Postmarket safety review
Not established in reviewed sources
Reviewed sources checked Exact FDA submission Checked 2026-09-04

No native submission-identifier match was found in the checked openFDA radiology recall snapshot. Product-name, manufacturer, and adverse-event searches remain necessary; this does not establish that no recall or safety report exists.

Buyer worksheet

Open questions to take to the vendor

Open evaluation checklist

Research record

What has been checked

This audit distinguishes completed source review from fields that have not yet been researched.

Automated sources checkedStatus
2026-09-04Last searched
17Fields reviewed
5Source classes checked
0Unreviewed PubMed leads
0Unreviewed trial leads
0Unreviewed FDA recall leads

Exact-submission ACR model-card fields were normalized under the current provenance rules; vendor and independent-study confirmation remain distinct. Automated exact-name discovery found 0 PubMed and 0 ClinicalTrials.gov candidate records. Candidates require human product and version matching; zero candidates is not evidence that no studies exist. Native FDA recall identifiers produced 0 postmarket candidate records; 0 have been reviewed (0 published, 0 rejected) and 0 remain unreviewed.

Candidate leads remain unpublished until a human confirms the exact product and tested version.

Source classes: fda ai list, acr ai central product, pubmed, clinical trials, openfda device recall

Sources

Source ledger

Sources accessed through 2026-09-02.

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