Tangible Media Group's Aeromorphs are Used for Transforming Designs
References: vimeo & fastcodesign
Tangible Media Group, a division of the Massachusetts Institute of Technology, has developed a new material dubbed 'Aeromorphs.' The material is effectively a programmable plastic that can transform its shape when inflated with air. Such a versatile and inventive design could be used in anything from toys to fashion to packaging and so much more.
The process for creating Aeromorphs involves three steps. First, Tangible Media Group created a software program that makes it simple to program the end shape of the product. Next, the raw material -- which is a special type of plastic -- runs through a CNC machine that heat-seals air pockets at precise points based on the design. Finally, consumers just plug in a pneumatic pump and watch as the flat material transforms into a 3D shape.
The process for creating Aeromorphs involves three steps. First, Tangible Media Group created a software program that makes it simple to program the end shape of the product. Next, the raw material -- which is a special type of plastic -- runs through a CNC machine that heat-seals air pockets at precise points based on the design. Finally, consumers just plug in a pneumatic pump and watch as the flat material transforms into a 3D shape.
Trend Themes
1. Programmable Plastics - Industries can explore the opportunity to use programmable plastics for innovative product designs, from toys to packaging.
2. Shape-morphing Materials - The use of shape-morphing materials can lead to the creation of unique and customizable designs in various industries, from fashion to architecture.
3. Digital Fabrication - The development of digital fabrication processes can revolutionize the manufacturing industry by enabling the creation of complex shapes and structures beyond traditional methods.
Industry Implications
1. Toys and Games - The programmable plastic technology opens up new possibilities for creating innovative toys and games that can transform their shapes and enhance user experience.
2. Fashion - Aeromorphs can be used in fashion to create customized and morphing clothing, accessories, and footwear that adapt to the wearer’s movements and preferences.
3. Product Packaging - Aeromorphs can reduce material waste and enable customized product packaging that is both functional and visually appealing.
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