New York, NY (Top40 Charts) Stratasys Ltd., the 3D printing and additive manufacturing solutions company, unveiled a 3D printed mask in collaboration with widely-acclaimed designer Neri Oxman and The Mediated Matter Group. Designed and customized for Icelandic singer-songwriter, Bj顤k, as part of a collaboration with Stratasys, the mask was unveiled on-stage in a performance at the Tokyo Miraikan Museum this week, in front of a specially invited audience. Inspired by Bj顤k's most recent album, 'Vulnicura', Oxman and her team used 3D scans of Bj顤k's face to create digital interpretations of her bone and tissue structure, with the customized design brought to life with Stratasys' unique full-color, multi-material 3D printing technology.
Bj顤k wore the 3D printed mask during the opening performance of the Tokyo leg of her 'BJ烼K DIGITAL' event series, a new virtual reality project from the musician running from June 29 to July 18, 2016. The pioneering event marks a world first, as the first-ever event to be broadcast live via 360-degree virtual reality streaming. With a clear focus on technological innovation, Bj顤k performed the single 'Quicksand' from her latest album to a backdrop of high-resolution images of the earth, along with an impressive sequence of light projections mapped onto the 3D printed mask. "I am so incredibly blown away by Neri Oxman's work and excited to finally work with her," says Bj顤k. "She is a true pioneer in capturing the biological with 3D printing in such a refined and profound way. It's been a real joy to get to know her!"
Entitled 'Rottlace', a variation of the Icelandic term for 'skinless', the 3D printed mask reflects the complex human musculoskeletal system, based on Bj顤k's own facial structure. Using Stratasys multi-material 3D printing, Oxman and Mediated Matter were able to mimic the elaborate combinations of contrasting materials found in the face, such as the soft tissue, muscle and rigid bone structure - all within a single print. According to Oxman, the unique capabilities of this technology to recreate complex geometries with varied material properties allowed the mask to retain a unique flexibility and freedom of movement that would be integral to Bj顤k's performance.
"Inspired by their biological counterpart and conceived as 'muscle textiles', the mask is a bundled, multi-material structure, providing formal and structural integrity, as well as movement to the face and neck," explains Oxman. She also believes that such developments in high resolution 3D printing will inspire designers to rethink the design and production of textile goods made with fibres. "Multi-material 3D printing enables the production of elaborate combinations of graded properties, distributed over geometrically complex structures within a single object. With Rottlace, we designed the mask as a synthetic 'whole without parts'."
Demonstrating her commitment to embracing cutting-edge styles and technologies, Bj顤k also selected Stratasys' 3D printed 'Pangolin' dress for her 'BJ烼K DIGITAL' event in Sydney on June 4th. Designed by high-profile designers, threeASFOUR, and unveiled earlier this year at New York Fashion Week, the dress was also produced using Stratasys' unique full-color, multi-material 3D printing technology. The dress additionally marked the first-ever demonstration of Stratasys' ultra-flexible and durable Nano Enhanced Elastomeric Technology material - now also utilised in the Rottlace mask - which has proved to be a big step forward for 3D printed fashion design.
"The Rottlace mask was designed for Bj顤k while we are also working with Neri on a larger mask collection for Stratasys, which will debut later this year under the title 'The New Ancient'," says Naomi Kaempfer, Creative
Director Art Fashion Design at Stratasys. "It's an honor to see visionaries such as Bj顤k embrace 3D printing for the expression of her art. This technology not only provides the freedom to produce perfect fitting costumes for the film and music industries, but also the inimitable capacity to materialize a unique fantasy to such a precise level of detail and 3D expression."
