CREATE
  • Technology
    • BIOTECH
    • COMMUNICATIONS
    • COMPUTING
    • IMAGING
    • MATERIALS
    • ROBOTICS
    • SOFTWARE
  • Industry
    • DEFENCE
    • INFRASTRUCTURE
    • INNOVATION
    • MANUFACTURING
    • POLICY
    • PROJECTS
    • TRANSPORT
  • Sustainability
    • ENERGY
    • ENVIRONMENT
    • RESOURCES
  • Community
    • CULTURE
    • PEOPLE
  • Career
    • EDUCATION
    • INSPIRATION
    • LEADERSHIP
    • TRENDS
  • About
    • CONTACT
    • SUBSCRIBE
No Result
View All Result
CREATE
  • Technology
    • BIOTECH
    • COMMUNICATIONS
    • COMPUTING
    • IMAGING
    • MATERIALS
    • ROBOTICS
    • SOFTWARE
  • Industry
    • DEFENCE
    • INFRASTRUCTURE
    • INNOVATION
    • MANUFACTURING
    • POLICY
    • PROJECTS
    • TRANSPORT
  • Sustainability
    • ENERGY
    • ENVIRONMENT
    • RESOURCES
  • Community
    • CULTURE
    • PEOPLE
  • Career
    • EDUCATION
    • INSPIRATION
    • LEADERSHIP
    • TRENDS
  • About
    • CONTACT
    • SUBSCRIBE
No Result
View All Result
CREATE
No Result
View All Result
Home Features

3D-printed meals help people with dysphagia

Carlos Manaog by Carlos Manaog
14 March 2024
in Features, Innovation
1 min read
1
3D-printed meals help people with dysphagia

Meet the team “printing” pureed food in fun and exciting ways to improve the eating experience of people with swallowing difficulties.

An estimated one million Australians have dysphagia, or difficulty swallowing, affecting their health and quality of life. For people who can only eat pureed food, its shape and visual appeal can affect both their appetite and their nutrition.

Working with researchers from Deakin University, the University of Technology Sydney and the Australian National University, speech pathologist Professor Bronwyn Hemsley has been exploring whether a 3D printer is capable of “printing” pureed food that will improve the eating experience for more people with dysphagia.

The project has received funding from from the Australian Research Council via the Discovery Project.

Hemsley believes there is large scope to further improve the printer’s capability in terms of the user experience and the variety of food textures it is able to print.

“At the moment, 3D food printing is quite limited,” she told create. “There needs to be more work done by engineers, speech pathologists and people with dysphagia to co-design a machine that will do exactly what’s needed.”

Hit play on the video below to learn more about the invention – and what the 3D-printed food tastes like.

Filmed by Carlos Manaog with reporting by Jonathan Bradley.

Tags: biomedical engineering3D printing
Previous Post

Three regions to keep an eye on as they turn to renewable energy generation

Next Post

How effective will the government’s fuel efficiency standard be?

Carlos Manaog

Carlos Manaog

Carlos Manaog is a Sydney based video producer. When he’s not making videos about engineering, he likes to overanalyse song lyrics or chase paranormal occurrences.

Next Post
How effective will the government’s fuel efficiency standard be?

How effective will the government’s fuel efficiency standard be?

Comments 1

  1. Eldhose Baby says:
    1 year ago

    The scope of 3D printing food is nothing short of revolutionary. Imagine a world where personalized nutrition meets culinary creativity, all at the touch of a button. With 3D printing technology, we’re not just talking about replicating existing dishes; we’re redefining how we think about food production and consumption. Picture a future where dietary restrictions are effortlessly accommodated, where nutritional needs are tailored to individual preferences, and where food waste becomes a relic of the past. The possibilities are endless – from creating intricate culinary masterpieces to addressing food security challenges by producing nutrient-rich meals in space or remote locations. While there are still hurdles to overcome, such as taste and texture refinement, the potential benefits are undeniable. 3D printing food isn’t just a novelty; it’s a glimpse into a future where food becomes as customizable, sustainable, and innovative as the technology driving it.

    Reply

Leave a Reply Cancel reply

Your email address will not be published. Required fields are marked *

    WANT CREATE DELIVERED DIRECT TO YOUR INBOX? SUBSCRIBE TO OUR NEWSLETTER.

    By subscribing to create you are also subscribing to Engineers Australia content. Please find our Terms and conditions here

    create is brought to you by Engineers Australia, Australia's national body for engineers and the voice of more than 120,000 members. Backing today's problem-solvers so they can shape a better tomorrow.
    • ABOUT US
    • CONTACT US
    • SITEMAP
    • PRIVACY POLICY
    • TERMS
    • SUBSCRIBE

    © 2024 Engineers Australia

    No Result
    View All Result
    • Technology
      • BIOTECH
      • COMMUNICATIONS
      • COMPUTING
      • IMAGING
      • MATERIALS
      • ROBOTICS
      • SOFTWARE
    • Industry
      • DEFENCE
      • INFRASTRUCTURE
      • INNOVATION
      • MANUFACTURING
      • POLICY
      • PROJECTS
      • TRANSPORT
    • Sustainability
      • ENERGY
      • ENVIRONMENT
      • RESOURCES
    • Community
      • CULTURE
      • PEOPLE
    • Career
      • EDUCATION
      • INSPIRATION
      • LEADERSHIP
      • TRENDS
    • About
      • CONTACT
      • SUBSCRIBE
    preload imagepreload image