Icelandic musician Björk is known for her eclectic music and style, as well as a quickness to experiment with new forms of technology—all of this remains true with a new 3D-printed mask project created with designer Neri Oxman.
A 3D scan of the bone and tissue in Björk's face was taken in order to create a dynamic mask inspired by her underlying musculoskeletal system. The structure is made up of many strands, which resemble individual tendons.
The mask has been dubbed the 'Rottlace' mask and made its debut at a performance in Tokyo. Because of the way the mask was printed, it still allows the artist to move her face and neck freely while on stage.
Printed Musculoskeletal Masks
Björk Created a 3D-Printed Mask Using Her Facial Structure
Trend Themes
1. 3d-printed Masks - The use of 3D-printing technology to create masks that are tailored to an individual's facial structure opens up opportunities for the creation of unique and customizable designs.
2. Musculoskeletal-inspired Structures - Taking inspiration from the musculoskeletal system to create structures such as masks can lead to the development of functional designs that can adapt to movement and enhance performance.
3. Digital Body Scanning - Utilizing 3D scans of an individual's body can lead to the creation of personalized and anatomically accurate products, including wearable technology such as customized masks.
Industry Implications
1. Fashion - The use of 3D printing technology in fashion can revolutionize the way clothing and accessories are designed and produced, leading to a more sustainable and customizable industry.
2. Performing Arts - Customized 3D-printed masks can enhance performances by adding a unique and visually striking element, showcasing the capabilities of technology and design.
3. Healthcare - The use of musculoskeletal-inspired structures in healthcare can lead to the development of prosthetics and medical devices that are more functional and adaptable to an individual's movements.