Cellule's Contribution Could Help Doctors Plan for Surgery
Cellule is a London-based design studio and it just launched an anatomically correct 3D-printed heart that can potentially be beneficial to invasive surgery. The project has been underway for more than a year now and it explores the implications new printing technologies can have for hospitals.
Thanks to developments in imaging and modelization tech, practitioners can produce personalized visualizations of organs, both digitally and physically. This allows for Cellule to assist in the field of cardiology by allowing doctors to study a personalized 3D-printed heart prior to surgery and determine the best possible approach beforehand. In addition, the customizable 3D-printed hearts can be used to develop custom treatments for individuals who are prone to heart failure.
The objects are printed with a sugar cane-derived material which is renewable.
Photo Credits: Gareth McKee
Thanks to developments in imaging and modelization tech, practitioners can produce personalized visualizations of organs, both digitally and physically. This allows for Cellule to assist in the field of cardiology by allowing doctors to study a personalized 3D-printed heart prior to surgery and determine the best possible approach beforehand. In addition, the customizable 3D-printed hearts can be used to develop custom treatments for individuals who are prone to heart failure.
The objects are printed with a sugar cane-derived material which is renewable.
Photo Credits: Gareth McKee
Trend Themes
1. Personalized 3D Printing - The use of personalized 3D printing technology in medicine allows for customized solutions and improved surgical planning.
2. Medical Visualization - Advancements in imaging and modelization technologies enable doctors to produce personalized visualizations of organs, aiding in surgical decision-making.
3. Renewable Materials - The use of renewable materials, such as sugar cane-derived material, in 3D printing contributes to sustainability and environmental consciousness in healthcare.
Industry Implications
1. Healthcare - The healthcare industry can leverage personalized 3D printing to enhance surgical procedures and develop tailored treatments for patients.
2. Medical Technology - Advancements in medical visualization technologies present disruptive innovation opportunities for companies involved in developing imaging and modelization systems.
3. Sustainable Manufacturing - The use of renewable materials in 3D printing opens up disruptive innovation opportunities for companies in the sustainable manufacturing industry.
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