This 3D Food Printer Will Come With Companion Software
Rahul Kalvapalle — August 3, 2016 — Tech
References: engineering.columbia.edu & newatlas
A group of engineers and researchers led by Hod Lipson at Columbia University have developed an extraordinarily innovative and potentially revolutionary 3D food printer that is designed to function in your kitchen alongside such regular cooking appliances such as the microwave and toaster.
Currently still in prototype stage, this incredible food printer is likely to make use of a high-tech infrared heating element that will make it possible for the contraption to go about cooking various ingredients at different and varying temperatures for flexible amounts of time in order to go about preparing a complete meal. This functionality will be controlled by making use of a companion software.
While still far away from completion, this 3D food printer could herald a change in the way people in future generations create and think about food.
Currently still in prototype stage, this incredible food printer is likely to make use of a high-tech infrared heating element that will make it possible for the contraption to go about cooking various ingredients at different and varying temperatures for flexible amounts of time in order to go about preparing a complete meal. This functionality will be controlled by making use of a companion software.
While still far away from completion, this 3D food printer could herald a change in the way people in future generations create and think about food.
Trend Themes
1. 3D Food Printing - Opportunity for disruptive innovation in the creation of personalized and customizable food products using advanced printing technology.
2. Companion Software - Potential for disruptive innovation in developing intelligent software that controls and manages the cooking process in 3D food printers, optimizing efficiency and customization.
3. Infrared Heating Technology - Opportunity for disruptive innovation in the development of advanced heating elements that enable precise and flexible cooking processes in 3D food printers.
Industry Implications
1. Food Technology - Potential for disruptive innovation in the food industry by leveraging 3D food printing technology to create unique culinary experiences and new business models.
2. Kitchen Appliance - Opportunity for disruptive innovation in the kitchen appliance industry by integrating 3D food printers as a new standard appliance, offering convenience and culinary creativity.
3. Software Development - Potential for disruptive innovation in software development, creating intelligent companion software that optimizes and automates cooking processes in 3D food printers.
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