A 3D food printer is a highly specialized machine which is capable of creating three-dimensional items of food. It works by pushing out pureed foods through a variety of nozzles, and it follows pre-loaded or online digital recipes to develop items or complete meals.
Top 3D Food Printer Brands
What Are the Origins of 3D Food Printers?
The origins of 3D printers date back as far as the early 1980s, and these machines were initially used for numerous applications, including for making medical prostheses.
The first 3D printer specifically for use with food was developed in 2011 by Cornell University.
Early 3D food printers were reasonably specialized towards intricate designs made from sugar, up until about 2014. At this time, companies began looking to produce a 3D food printer which was capable of producing an entire meal.
How Do I Use a 3D Food Printer?
Different models of 3D food printers will have slightly varying instructions. Generally speaking, you need to puree the required ingredients and load them into the syringe components of the device. It has a nozzle to print the ingredients out of.
Then you need to select the recipe that you wish to use, which may need uploading it first, and away it goes! Be aware that printing larger dishes takes a considerable amount of time.
The key quality in any ingredient for a 3D food printer is that it must be able to be pureed. This is so that the ingredients can push through the syringe component of the machine to create your food.
What Food Can Be Used in a 3D Food Printer?
3D food printers are capable of using fruits, vegetables, and meats, as well as doughs for bread, pasta and pastry, and sweet ingredients such as sugar and chocolate.
How Much Does a 3D Food Printer Cost?
3D food printers are high tech devices, which unfortunately do not come cheaply. Most models range in price from $3500 to $4500, although some products with fewer functions can cost as little as $300.
What Are the Features and Benefits of a 3D Food Printer?
While a 3D food printer may seem like a very expensive investment to make, it has numerous features and benefits which no other kitchen appliance can provide you with.
Using a 3D food printer means you can create food items that were not possible before this invention. It is possible to produce new food designs, shapes, and textures, and create new meals and customized dishes of food.
A 3D printer is extremely useful for performing intricate tasks like sugar or chocolate shapes for decorating cakes and pastries. It eliminates the need for expensive molds, as well as the need for a continual steady hand!
There is no doubt that a 3D is extremely convenient. It can automatically create an entire meal at the touch of a button, it can mass produce numerous items, and it can even be programmed to create specialized or personalized meals which contain important nutrients which are beneficial to your health.
In a professional restaurant setting, a 3D food printer can save you both time and money by performing any repetitive and intricate tasks automatically and eliminating the need for using custom molds to produce food items.
The innovative technology of a 3D food printer also allows you to stand out from competitors and attract new customers and publicity.
The final benefit of 3D food printing is that the different nozzle sizes available can effectively process different textures without requiring additional unhealthy additives, such as maltodextrin, to ensure the finished product can hold its shape.
What Are the Drawbacks of 3D Food Printers?
While 3D food printers are good for mass producing a certain item so that each is identical, they have limitations. And that is on the possible textures that can be produced from pureed ingredients.
But these machines are a very recent invention. They will be evolving with upgrades, so a greater variety of textures is possible shortly. The second drawback of 3D food printers is the speed at which these machines work.
Printing an entire meal is extremely time-consuming. It would take longer than acceptable time in a restaurant setting.
Although they are effective for mass producing items. This will be helpful in a situation where the items can be made ahead of time. The wait would be too long if they were to be produced to order.
Cost is another drawback to 3D food printers. While they have unique benefits, there is no doubt that a 3D food printer is an expensive appliance. It is important to weigh up the potential benefits.
Is 3D Printed Food Safe to Eat?
It is perfectly safe to eat 3D printed food, provided the machine and all the parts used are food safe and cleaned correctly. 3D food is made up of ordinary foodstuffs which have been pureed. This is so that they can be pushed out through a nozzle to create the product of your choice. It is important when using a 3D food printer to keep both the printer and your kitchen clean.
What Are the Top 5 3D Food Printer Brands?
While there's a limited number of 3D food printers for the general public, let’s take a look at some of the top brands currently available.
Natural Machines are a pioneering company in the 3D food printer industry. They are the creators of the Foodini, one of the first products available to buyers from the general public.
As a company, Natural Machines aim is to take on the trickier parts of producing food. Their goals include streamlining more tedious food production tasks. They are for example producing breadsticks or filled ravioli, to encourage and inspired to eat more healthy foods.
Foodini is an open capsule model that the user places freshly prepared ingredients inside it to produce 3D printed meals. It allows you to prepare food in an easy and fun way, which aids you in maintaining a healthy lifestyle.
A Foodini is easy to clean as the interior can be wiped down by hand. The capsule and glass plate can be placed in a dishwasher or washed by hand. A Foodini comes ready with Foodini Creator software, it requires a Wi-Fi connection.
After purchasing a Foodini product, Natural Machines will ensure that you receive free support directly, as well as guidance on how to create your recipes and prints with fresh ingredients.
The CEO of BeeHex, Anjan Contractor, is responsible for inventing NASA’s first 3D food printer which was used to produce food for missions into deep space.
He believes 3D food printing will soon have a considerable impact on the production of food in the supply chain. BeeHex as a company was founded to change the way we produce food through the modern technology in food production.
3D food printers produced by BeeHex can produce a high volume of output. It boosts operational capabilities in either a restaurant or in a private home.
It gives you creative control over your food. Watching it create new food can attract new interest and new customers to your business.
The 3D dessert decorators can provide a consistent level of quality and performance. It is fully customizable to suit any of your decorating requirements.
The small footprint, dispenses toppings and dry ingredients, to help with your production of food. The BeeHex 3D food printers also feature personalized nutrition technology.
Usable in the production of your food to meet all dietary needs based on your lifestyle and body type.
The Dutch company By Flow has specialized in 3D printing products since 2009. Believing that they could change the way food is made and experienced, they developed the ‘Focus,’ in 2015.
It is one of the first 3D food printers. By Flow has gone on to become a partner for many leading multinational companies. It also finds specific solutions to their needs and challenges with 3D food printing.
By Flow 3D food printer products are easy to use with a simple and clear control interface; you do not require any technical background to use one of these machines.
The 3D food printers feature reusable cartridges which you can fill and use with your own choice of ingredients. They are portable to fold down into a suitcase for easy transportation.
By Flow 3D food printers come with an array of 10 different refillable cartridges, and four differently sized nozzles. The package also includes five pre-prepared food designs.
You can start printing immediately, as well as upgradeable printheads. It also has a software, and access to many designs and recipes to use with the 3D food printer.
The Pancake Bot is a 3D food printer which is designed for creating and customizing pancakes in any shape or style you wish. While this product may not be as multi-purpose as other 3D food printers currently available,
It is a fun and easy. Not to mention the cheaper way of trying out 3D food printing at home.
Creator of the Pancakebot, Miguel Valenzuela, is an artist, inventor, and civil engineer. He got the inspiration to make this product after reading about a LEGO machine that stamped pancakes.
His daughter Lily, aged three, found this idea fascinating. She then requested that her father invent the pancake machine of his own.
After six months of trialing and developing his prototype, Miguel Valenzuela began successfully producing pancakes.
They unveiled the Pancake Bot at the World Maker Faire in New York. This received a fantastic initial response from the public. With this reaction, Valenzuela decided to make a more advanced model.
In 2014, Valenzuela finished and debuted an acrylic model of the Pancake Bot at both the White House Maker Faire and the San Mateo Maker Faire.
After another great positive response from the public, he went on to partner with StoreBound. They are able to refine the product and bring it to the market, and it can now be found all over the world.
3D Systems is one of the original 3D printing companies. Founded in 1983 by Charles Hull, the man who invented 3D printing, 3D Systems then developed into a global company.
They aim to link customers with expertise and the digital manufacturing technology. Which is crucial to solving engineering, business or design problems.
The Culinary Lab is an initiative of 3D Systems for mixologists, chefs, and other food innovators to learn and collaborate.
It also a way to explore how their skills and 3D printing technology can intersect.This unique gathering is like a testing ground for innovation within the food industry. It allows participants to find new ways to use 3D printed food technology.
Whether you are looking to experiment at home, or mass produces quality food in a restaurant, 3D food printers are an exciting and innovative new product that is only going to become more commonplace shortly.