'Heartbits' is a project from three Dutch universities that leverages the power of both 3D printing and virtual reality to improve a patient's understanding of their own body.
As well as being emotionally challenging, conversations about a patient's conditions can be frustrating for those the average person who lacks the knowledge that a medical professional has about the human body. With Heartbits, a patient is able to have their heart defects visualized through a Microsoft Hololens headset and 3D-printed models, making it easier for them to understand the location and look the of problems that doctors will be addressing.
For the project, students from TU Delft, Leiden University and the University of Wageningen created a used live heartbeat data to bring VR heart animations to life.
Personalized Heart Simulators
'Heartbits' Uses 3D Printing and VR to Show Patient's Heart Defects
Trend Themes
1. Virtual Reality in Healthcare - Using virtual reality technology, such as Microsoft Hololens, to visualize and understand medical conditions.
2. 3D Printing in Medicine - Leveraging 3D printing technology to create accurate and tangible models of patient's body parts for improved understanding and communication.
3. Personalized Medical Education - Empowering patients with personalized visualizations and educational tools to enhance their understanding of their own health conditions.
Industry Implications
1. Healthcare - There is an opportunity to integrate virtual reality technology into various healthcare applications, from patient education to surgical simulations.
2. Medical Device Manufacturing - The use of 3D printing in creating customized medical models opens up new possibilities in the medical device manufacturing industry.
3. Healthtech - Developing innovative technologies that combine virtual reality, 3D printing, and data analysis to revolutionize personalized healthcare experiences.