5 amazing ways 3-D-printed food will change the way we eat (2024)

Journey to the frontier of food and you’ll find a 3-D printer, spewing out chocolate. While traditional cooking isn’t going anywhere, you can count on 3-D-printed foods eventually finding a place in our world.

Researchers around the world are fiddling with ways to use 3-D printers to make food. Their efforts could one day aid nutrition and sustainability. So far most of the work is in printing sugar and chocolate. And consumers can’t just go out and buy an affordable 3-D printer to make dinner tonight, let alone dessert. But the growing momentum and early creations hint at something that will change the way we eat.

“I don’t see this as a novelty. I see it as something that really will become a part of the culinary fabric for years to come,” said Liz von Hasseln, the creative director of the Sugar Lab at 3D Systems. “I think the way that happens really powerfully is when it impacts kind of the cultural ritual of eating which is actually a really powerful part of being a person in the world.”

Here are fiveinteresting ways the precision of 3-D printers can be used to make foods:

1. Wedding cake toppers

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For those who want their special day to be especially unique, 3-D printing is here to help. Why have the same old plastic figurine of a bride and groom on your cake when you could have one 3-D printed that is an exact replica of the couple?

There are other ways to be creative and personalized. Here’s a topper from the Sugar Lab that matches a bride’s veil.

2. Food that’s easy to swallow, but looks good

For senior citizens with chewing or swallowing problems, they’re often forced to eat foods in puree form.

“Those blobs of puree that they get on a plate don’t look very appetizing and as a result these people which already have problems eating don’t eat enough because it doesn’t look very attractive,” said Kjeld van Bommel, a research scientist at the Netherlands Organization for Applied Scientific Research. “They get malnourished in certain cases, which then leads to all sorts of medical conditions.”

Van Bommel and other researchers have begun to take carrots, peas and broccoli, mash them up and then 3-D print them. Then they’re softer, but hold their shape due to a gelling agent. The 3-D-printed vegetables are currently being served at retirement homes in Germany.

3. Customized nutrition

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Currently there’s a focus on form, color and flavor, but the exactness 3-D printing allows could deliver exact dosages of vitamins or drugs.

“We can see a time when you might be wearing technology that would be sensing what your body needs at any given time, whether you’re an athlete or whether you have a medical condition or whether you’re elderly,” von Hasseln said. “And that could theoretically link up to your printer at home and when you get home a specialized meal could be waiting for you that provides exactly what your body needs.”

“You’ll be able to say when I wake up in the morning I want the printer to print my breakfast and I want it to have the right amount of trans fats, whatever we need,” said Hod Lipson, the director of Cornell University’s Creative Machines Lab. “This is where software meets cooking and the possibilities are really limitless.”

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4. Sustainable foods

Van Bommel is researching whether alternative protein sources from algae and insects could be transformed into interesting foods with a texture people will like.

“If Western consumption levels of meat would apply to the whole world we would have a huge problem,” he said. “We would not be able to have so many cows. Where would you stick all these cows and what grass would they eat?”

5. co*cktail garnishes

It’s possible to 3-D print a sugar lattice that a mixologist inserts into the glass. The rest of the co*cktail ingredients are chosen with respect to the impact of the sugar, which melts into the drink.

“It adds to the kind of performance that mixologists are interested in. That pomp of serving a custom co*cktail,” said von Hasseln. She describes her favorite 3-D creations as ones like this, that merge the traditional world of food with 3-D printings capabilities.

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Her company will begin selling a 3-D printer for food later this year. With a price tag of about $20,000, it’s expected to appeal to culinary professional, not average consumer. 3D Systems is opening a custom bakery in Los Angeles this summer to serve as a showroom and event space to educate visitorsabout 3-D printed food. She expects one day we’ll be able to 3-D print other edibles such as starches, proteins and spices.

5 amazing ways 3-D-printed food will change the way we eat (2024)

FAQs

What are the benefits of 3D-printed food? ›

3D Food printing allows chefs and manufacturers to create unique dishes tailored to individual dietary needs and preferences, resulting in cleaner, safer eating for your guests. For example, a person with food allergies can have a meal specifically designed for their needs without compromising on taste or presentation.

Can we eat 3D-printed food? ›

Is 3D-printed food safe? Yes — 3D-printed food is safe to eat as long as it is printed in a clean environment, prepared with fresh ingredients and cooked properly.

Is 3D-printed food safe? ›

Many 3D printing materials are not food safe and might contain toxic chemicals. Only use materials to 3D print parts intended for food contact that are certified for food safety.

What are the challenges of 3D printing food? ›

Some of the challenges include food shelf life, government regulations, and difficulty in obtaining the right ingredients to print.

What are 5 benefits of 3D printing? ›

The advantages of 3D printing
  • Rapid prototyping:
  • Customization and personalization:
  • Complexity is free:
  • Reduced material waste:
  • On-demand production:
  • Low-volume production and mass customization:
  • Design freedom and innovation:
  • Tooling and jigs:
Jul 28, 2023

How can 3D printing food help humans? ›

Using edible materials, 3D printing food implements an extrusion-based method to ensure the production of high-quality food. In this way, the many benefits of 3D printing food offer an effective way to reduce hunger and the poverty associated with it.

Is 3D printing meat healthy? ›

Depending on health conditions or dietary requirements, 3D meat can be made to cater to people with celiac disease, obesity, hypertension, diabetes, and more. Since 3D meat is made of plant-based ingredients or cultured cells, its nutritional value is typically much higher than regular meat.

What are the pros and cons of 3D printing food? ›

The benefits of 3D printing food include precision, creativity, efficiency, and accessibility. What are the drawbacks of 3D printing food? The drawbacks of 3D printing food include cost, lack of human touch, limited taste, and health concerns.

Is 3D printed food expensive? ›

Costly. A lab at Konkuk University estimated the cost to produce cultured meat at about $700 per kilogram, Advanced Science News reported. As for equipment, the average cost of a 3D-food printer ranges between $1,000 to $5,000, according to additive manufacturing marketplace Aniwaa.

Can you drink out of 3D printed cups? ›

Not really, no. It's also just hard to make 3D printed things that are fully watertight, at least with your standard FDM equipment. If coated in sealant, that becomes a different story, but off the bed, no, they're nowhere near foodsafe.

Can I 3D print a cup? ›

Rather than simply going to the store and buying one on the spot, makers have the delightful option of 3D printing a cup or mug. Printing a cup or mug isn't quite as easy as you might think. The choice of filament is an important consideration given food safety issues.

Is 3D printed meat real? ›

Not a meat substitute made from plant sources, 3D printed cultured meat is real meat made from animal cells, which are grown in a lab environment and processed via extrusion-based 3D printers into shapes, such as burgers, filets, and ground meat.

How is 3D printing changing the food industry? ›

Automation: 3D printing allows for the automation of the food preparation process. The machine can be left to build the food while other portions of the meal are prepared. Precise Ingredient Control: 3D food printers make use of precisely controlled stepper motors to dispense ingredients.

How has 3D printing improved the food industry? ›

Using 3D printing, food producers could tailor the typically large footprint of their manufacturing plants to bring production closer to consumers by creating custom, modular food manufacturing platforms.

How can I improve my 3D food printing? ›

The food ink designed by adjusting the composition of the food components or formula optimization will not only improve its printability, but also affect the product quality of post-processing to a certain extent, so as to improve the accuracy of 3D food printing (Godoi et al., 2016).

What are 3 of the major advantages of 3D printing? ›

3D printing pros are:
  • Print on Demand. 3D printing requires a very limited setup to begin printing. ...
  • Reasonably Priced. The 3D printing process is reasonably priced when compared to other manufacturing technologies like injection molding. ...
  • Eco-Friendly. ...
  • Quick Prototyping. ...
  • Accessibility.

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