Engineer Anjan Contractor is constructing one of the first 3D food printers for NASA to use to make healthier food in space. How the 3D food printer works is instead of conventional ink cartridges, the food printer uses powdered food cartridges that layer the powder to create different flavors and types of food. The commands are sent through a computer that then uses a gun-like mechanical arm to release the powders according to the food’s shape and ingredients onto a metal plate.
If the food needs to be cooked, the metal plate warms up so as soon as the powder comes into contact with the metal, it begins to cook. Currently, Anja Contractor is working to create the first ever 3D printed pizza. While it’s hard to bring fresh food into space, the 3D food printer technology will help to improve NASA’s astronauts’ diet and ensure that they are getting the proper amount of vitamins and nutrients while in space.
Photo Credits: designboom, nasa.gov
Key Themes Behind This Trend
- 3d-printable Foods
- The development of 3D food printing technology presents an opportunity for disruptive innovation in food manufacturing and customization.
- Healthier Food in Space
- The use of 3D food printers in space exploration opens up new possibilities for providing astronauts with nutritious and personalized meals.
- Improved Nutritional Control
- The integration of 3D food printers allows for precise control of ingredients, making it easier to meet nutritional requirements and dietary restrictions.
Where This Applies
- Food Manufacturing
- The implementation of 3D food printing technology can revolutionize the way food is produced, packaged, and distributed.
- Space Exploration
- The deployment of 3D food printers in space missions creates new opportunities for sustainable and self-sufficient food production.
- Customized Nutrition
- The adoption of 3D food printing technology enables the customization of meals based on individual dietary needs and preferences.
