Image Owl creates complete, convenient , accurate and insightful cloud-based solutions to analyze and manage your diagnostic medical imaging and radiotherapy quality assurance needs.
Image Owl products are designed to combine simple and clear operations with accurate and meaningful analysis to maximize the efficiency of your QA.
Our main products:
Total QA: A comprehensive radiotherapy QA management management system that allows you to consolidate data from multiple sources and devices into one powerful database that is accessible on any web enabled device. Combined with built-in fully automated analysis routines for many common LINAC machine QA routines and a comprehensive document management system Total QA represents the next generation of radiotherapy QA management tools.
Catphan® QA, developed in close cooperation between Image Owl’s imaging engineers and the Catphan® designers, is the complete and accurate service for measuring your CBCT or conventional CT system performance.
The MR distortion analysis service, developed by Image Owl in close cooperation with the Magphan® Quantitative Imaging (ADNI) phantom designers, is the complete and accurate system for measuring 3D MR spatial distortion. The service is cloud-based, fully automated, and requires no installation or maintenance. Simply upload a scan of the Magphan® ADNI phantom and receive a complete report of your MR system’s distortion and noise characteristics..
The Tomophan® Analysis Service, developed by Image Owl in close cooperation with the Tomophan® Phan-tom designers, is the complete and accurate system for measuring all key image quality parameters of digital breast tomosynthesis imagers. The service is cloud-based, fully automated, and requires no installation or maintenance. Simply upload a scan of the Tomophan® Phantom and receive a complete report of your DBT system’s imaging characteristics.
Image Owl also offers complete OEM customization solutions.
Company’s Keywords:
medical image processing, radiotherapy qa, cloudbased software development
<7
<
<2006