Full heart anatomy
segmentation
Segment your CT and MRI images with ease. Made in-house in Switzerland, optimized for the efficient use of the end-user. Offered offline and online using cloud computing.
Technology: Machine learning (ML) and Computer Vision (CV) algorithms
Aim: Fast, accurate, reliable, and precise cardiac planning
Users: Heart professionals at clinics, hospitals, research centers
Model: Software as a Service (SaaS)
Input: Computed Tomography and Magnetic Resonance Imaging data
Features: Fully automated full heart segmentation, heart valve replacement operation size planning, calcification analysis, 3D reconstruction of the anatomy
Analysis time: <30 seconds. Results in one click, fully automated.
Our beta version is available soon for research purposes. Contact now to pre-order the beta version!
Cardiac blood
flow analysis
Segment your 4D-MRI images with one click. Fast, accurate, reliable, and precise. Our algorithms take pre-operational medical image processing one step further.
Technology: Powered by Computer Vision and Machine Learning.
Aim: Fast, accurate, reliable, and precise cardiac planning
Users: Heart professionals at clinics, hospitals, research centers
Model: Software as a Service (SaaS)
Input: 4D Magnetic Resonance Imaging flow data
Features: Fully automated blood flow analysis, 3D reconstruction of blood flow patterns, >15 clinically relevant blood flow parameter analysis
Our beta version is available soon for research purposes. Contact now to pre-order the beta version!
In-vitro medical
device analysis
Personalized medicine is at the core of medical device manufacturing. The innovative in-vitro imaging technique assesses implantable medical devices. High resolution, high dimensional analysis with high accuracy. The 4D analysis includes blood-cell level dimensions analyzed at sub-milliseconds.
Technology: Our novel in-vitro imaging technology.
Aim: Medical device performance analysis of existing devices or prototypes in patient-specific anatomically accurate models
Users: Medical device companies, research centers
Model: Consultation
Input: Computed tomography data and medical device
Features: Time-resolved 3D full hemodynamics analysis, device performance analysis reporting, high-resolution blood flow analysis for varying parameters
Analysis time: Varies depending on the needs of the medical device manufacturer
Our in-vitro service is up and running. Order now to receive a performance analysis of your medical devices.
Assisted image processing
We analyze medical images and assess blood flow patterns at our premises in less than 24 hours. Provide your raw medical images directly today and receive a detailed report and STL of the anatomy the next day. Our expert engineers handle data with care and give a detailed report and consulting.
Technology: Our in-house CV algorithms
Aim: Segmentation of raw medical images and measurements
Users: Hospitals, medical device companies, research centers
Model: Consultation
Input: Computed tomography or Magnetic resonance imaging data
Features: Detailed anatomy segmentation, anatomy measurements, time-resolved blood flow parameters
Analysis time: <24h
Our assisted segmentation and measurement service is up and running. Order now to receive a detailed report for patient-specific anatomy.
3D printed anatomy
models
From raw medical images to 3D printed patient-specific compliant models. Upload your CT/MR image for delivery of a real-size 3D printed model.
Technology: 3D printing
Aim: Anatomically accurate silicone model production for pre-operational planning
Users: Heart professionals at clinics, hospitals, research centers
Model: Manufacturing
Input: Computed Tomography data
Features: 3D printed transparent, compliant, and anatomically accurate silicone models
Analysis time: Varies depending on the size of the anatomy
Our service is up and running. Order now to receive your real-size compliant anatomy models.
