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Devices · MIM Software Inc.

Contour ProtegeAI

510(k)K193252RadiologyQKB

MIM Software Inc. is listed for Contour ProtegeAI (K193252). The FDA list gives July 2, 2020 as the date of the final decision. The lead panel is Radiology, and the database link on the FDA list is the 510(k) pathway. openFDA describes product code QKB as “Radiological Image Processing Software For Radiation Therapy”: To provide semi-automatic or fully-automated radiological image processing and analysis tools for radiation therapy. Software implementing artificial intelligence (AI) including nonadaptive machine learning algorithms trained with clinical and/or artificial radiological images. In these devices, the algorithm training images typically impact device performance. AI based radiological image processing software is intended to be used in the workflow of radiation therapy. Adaptive AI algorithms are not within the scope of this product code. Primary radiation dose calculation or plan optimization for treatment planning are not within scope of this product code. openFDA records this submission’s decision description as “Substantially Equivalent.” This paragraph is assembled only from those public fields. It is not an FDA review, not a determination of safety or effectiveness, and not medical advice. Official record: https://www.accessdata.fda.gov/scripts/cdrh/cfdocs/cfPMN/pmn.cfm?ID=K193252

Official FDA database record

Date of final decision
July 2, 2020
Company on the FDA list
MIM Software Inc.
Lead panel
Radiology
Primary product code
QKB
openFDA device name for the code
Radiological Image Processing Software For Radiation Therapy
Device class
2
Regulation number
892.2050
openFDA decision description
Substantially Equivalent
openFDA decision code
SESE
Statement or summary label
Summary

Product-code text from openFDA

To provide semi-automatic or fully-automated radiological image processing and analysis tools for radiation therapy. Software implementing artificial intelligence (AI) including nonadaptive machine learning algorithms trained with clinical and/or artificial radiological images. In these devices, the algorithm training images typically impact device performance. AI based radiological image processing software is intended to be used in the workflow of radiation therapy. Adaptive AI algorithms are not within the scope of this product code. Primary radiation dose calculation or plan optimization for treatment planning are not within scope of this product code.

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