Your heart is Unique, no two hearts are the same, and now you can capture that uniqueness with a personalised keepsake. Imagine having a beautifully crafted replica of your own heart – a one-of-a-kind piece that reflects your journey the possibilities are boundless. We are blending innovation and art for a healthier humankind.
If they say “impossible,” we say “challenge accepted.” At Inveevo, we fearlessly face tomorrow’s unknowns for a healthier humankind.
3D models enable a more comprehensive understanding of complex cardiac pathologies, allowing for precise diagnoses and tailored treatment plans.
We craft personalised human heart- keepsakes from the 3D heart models (Any Size). Capture the uniqueness of a heart with a personalised keepsake. These unique items serve as sentimental keepsakes for individuals who wish to cherish their own hearts or those of loved ones, providing an emotional and personal connection.
We offer custom annotated physical and virtual heart models for education and research created from MRI scans. We also offer patient-specific 3D printed heart models derived from MRI scans. These models are crafted using advanced materials, mimicking the properties of real heart tissue. Surgeons can use these models for enhanced pathology assessment, preoperative planning, and surgical simulation, improving patient outcomes and safety.
Inveevo provides expert guidance to medical professionals on how to leverage the 3D printed heart models for precise surgical planning and simulation. By helping surgeons better understand complex cardiac pathologies and optimise their procedures, InVivo enhances the quality and success rates of cardiac surgeries. (coming soon).
The journey begins with a consultation with our engineers to understand your requirements.
A detailed scan of the patient's heart, capturing high-resolution images that provide crucial data for the next steps.
Advanced AI algorithms are employed to analyse and reconstruct the scanned images, accurately extracting the heart's geometry (shape) and other critical anatomical features.
Using the segmented MRI data, we generate precise 3D models and digital replicas of the heart. These models will then used in simulations to analyse heart function, test various scenarios, and assist in personalised modelling.