Introducing Cornucopia, the food printer
phys.org
phys.org
"Digital Chocolatier Prototype
The Digital Chocolatier is a prototype for a machine that allows users to quickly design, assemble and taste different chocolate candies. This machine is composed of three primary elements: a carousel of ingredients, a thermoelectric deposition cup and a user interface. Through a graphical user interface, users can select and combine the ingredients housed in the different carousel containers to create customized candies. The carousel rotates to extrude these ingredients into the thermoelectric cup that rapidly cools and hardens the chocolate, making it ready for consumption. The interface also makes it possible to save and rate favorite recipes for later use." -- http://www.cmarcelo.com/cornucopia
I can actually see how that could work.
However, the "burrito bot" exists:
http://www.nbcnews.com/technology/burritobot-precision-torti...
And its inventor says that the results are kind of nasty. There's a lot more to food than just nutritive compounds.
I really love to mix ingredients as building blocks of a great, nourishing meal. Not industrially manufactured so called food.
I've already seen the huge opportunities that comparatively simple techniques like sous-vide cooking have afforded me, and I've eaten at restaurants like the Fat Duck which turned a lot of my concepts about food on their head. A food printer sounds like a fascinating way to develop new flavour combinations, textures, presentations - I can't wait.
http://www.nasa.gov/directorates/spacetech/home/feature_3d_f...
Fab@Home seems to be closer to digitally printing food, though it doesn't seem like any time soon: "Lipton thinks that fabricating a dish of steak and potatoes from scratch is still 15 to 20 years or more in the future." [2]
[1] http://www.cmarcelo.com/cornucopia/
[2] http://www.spacesafetymagazine.com/2013/03/19/3d-printing-ta...
Which any good entrepreneur knows is as valuable as leaves on a tree.
Implementation is whats important.