EDDA Technology, Inc. is an innovative leader in the rapidly growing field of medical imaging assisted precision surgery for cancers. In creating an IQQA® platform, the company brings innovative Precision 3D medical imaging solutions to support physicians and enable improved workflow and patient care in open/minimally invasive/robotic surgery. The end-to-end enabling platform for surgery provides support for pre-surgical planning and simulation, intra-operative guidance and monitoring, post-operative follow-up evaluation, training and education.
Innovation. Confidence. Life.
EDDA Technology, Inc. is an innovative leader in the rapidly growing field of medical imaging assisted precision surgery for cancers. By adopting a fully quantitative, real-time interactive approach to 3D medical imaging analysis, simulation and guidance, our next generation medical imaging and surgery solutions provide an end-to-end enabling platform for surgery.
The award-winning IQQA® platform supports a patient-specific, disease-targeted, and multi-disciplinary approach to cancer treatment. With exceptional ease-of-use and clinical versatility, it facilitates efficiency and precision in surgery planning, guidance, monitoring, and follow-up.
The IQQA® platform provides targeted solutions to assist physicians, including: fast quantitative 3D analysis and visualization of medical images, volumetric organ/lesion segmentation & quantification, surgery planning & simulation, intra-operative procedural assistance, and pre– & post– surgical assessment.
IQQA® BodyImaging
The IQQA® BodyImaging platform provides solutions to assist physicians in advanced clinical applications including:
- Fast 3D quantitative analysis and visualization
- Highly automated volumetric segmentation and evaluation of organ/lesion/lobe/segment/vessel/ducts
- Simulation of virtual cutting surface and virtual needle
- Quantification and pre- and post-operative assessment
IQQA® BodyImaging can be accessed from existing Windows workstations.
Liver 3D Analysis
IQQA® BodyImaging utilizes CT and MRI images to provide a quantitative 3D modeling of the Liver facilitating highly automated, liver-specific analysis where physicians can perform interactive analysis and treatment planning.
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Automated Segmentation & Quantification
Automated segmentation and quantification of organ/lobe/lesion/vessels/ducts.
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Pre-Surgical Planning
Most comprehensive solution for pre-surgical planning for transplantation, liver resection and interventional procedures.
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Easy Access, Anywhere, Anytime
Including access from existing Windows workstations.
IQQA Liver Virtual Resection Left Right
Liver Multifocal Treatment Planning Options
IQQA Lung Segmentectomy 1
IQQA Lung Segmentectomy 2
Lung 3D Analysis
IQQA® BodyImaging utilizes CT images to provide a quantitative 3D modeling of the Lung, airways and vasculature facilitating highly automated, lung-specific analysis where physicians can perform interactive analysis and treatment planning.
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Automated Segmentation & Quantification
Automated segmentation and quantification of organ/lobe/lesion/vessels/airways
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Pre-Surgical Planning
Most comprehensive solution for pre-surgical planning of Lung Segmentectomy, Wedge resection, Lobectomy, and interventional procedures..
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Easy Access, Anywhere, Anytime
Including access from existing Windows workstations.
Kidney 3D Analysis
IQQA®-BodyImaging utilizes CT images to provide a quantitative 3D modeling of the kidney facilitating highly automated, kidney-specific analysis where physicians can perform interactive analysis and treatment planning.
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Automated Segmentation & Quantification
Automated segmentation and quantification of organ/lobe/lesion/vessels/ducts
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Pre-Surgical Planning
Most comprehensive solution for partial nephrectomy, percutaneous ablation, and percutaneous nephrolithotomy (PCNL)
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Easy Access, Anywhere, Anytime
Including access from existing Windows workstations.
IQQA Kidney Partial Nephrectomy
Ready to find out more?
IQQA® BodyImaging can be used on any existing Windows workstation. Contact us today to schedule a demonstration.