Disney Research Uses Technology to Create Custom Stuffed Animals
Meghan Young — May 3, 2014 — Life-Stages
References: disneyresearch & psfk
When the 3D-printed teddy bear hits the market, it will give companies such as Build-a-Bear a run for their money. It uses 3D printing technology to create custom stuffed animals for children and, let's face it, adults who are still young at heart. Although action figures and other toys have been made using such a technique, the 3D-printed teddy bears introduces playthings that are significantly more cuddly.
Developed by Disney Research in collaboration with a team from Carnegie Mellon University, the 3D-printed teddy bears are made with a 3D printer that has been blended with a sewing machine. Layers of felt are sewn together using a technique called needle felting. In addition to teddy bears, the researchers foresee this printer being used to create soft robots and more. It was recently presented at the Conference on Human Factors in Computing Systems.
Developed by Disney Research in collaboration with a team from Carnegie Mellon University, the 3D-printed teddy bears are made with a 3D printer that has been blended with a sewing machine. Layers of felt are sewn together using a technique called needle felting. In addition to teddy bears, the researchers foresee this printer being used to create soft robots and more. It was recently presented at the Conference on Human Factors in Computing Systems.
Trend Themes
1. 3d-printed Toys - The success of 3D-printed teddy bears will inspire others to create more customized and personalized toys with this technology.
2. Blended 3D Printing - Blending 3D printers with other machines such as sewing machines can lead to new and innovative ways of creating soft toys and even clothes.
3. Needle Felting - The technique of needle felting can be explored further to create other types of innovative products, such as furniture or household items.
Industry Implications
1. Toy Industry - The 3D-printed teddy bear represents a huge opportunity for disruption in the toy industry, particularly for companies like Build-a-Bear.
2. Soft Robotics Industry - The technology used to create the 3D-printed teddy bear can be applied to create soft robots, which has potential for a wide range of applications in various industries.
3. Fashion Industry - The combination of 3D printing and needle felting can be applied to create innovative textiles and fashion products, leading to new opportunities for designers and manufacturers.
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