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ASICS 3D-Printed ACTIBREEZE™ HYBRID SANDAL Promises Comfort for Post-Run Recovery
3D printed shoes have already caught the attention of major brands and startups alike. The growing popularity and creative freedom of 3D printed footwear has allowed us to see a number of projects ranging everything from the traditional boot into…
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3D printed shoes have already caught the attention of major brands and startups alike. The growing popularity and creative freedom of 3D printed footwear has allowed us to see a number of projects ranging everything from the traditional boot into plant-seeding sneakers, or the use of more recyclable materials and artistic expression on the runways of Paris Fashion Week. One of the latest entries is the ASICS ACTIBREEZE™ HYBRID SANDAL. Launched on August 1st, the ACTIBREEZE™ HYBRID SANDAL is the latest in a line of 3D printed footwear produced in cooperation between sportswear giant ASICS and California-based 3D printing company LuxCreo. The duo have previously collaborated together notably on their 3D printed flip-flops and the previous iteration of the fully 3D-printed ACTIBREEZE™ 3D SANDAL.
Indeed, LuxCreo has made a name for itself as a leading end-to-end 3D printing solution provider over the years, setting itself apart with its focus on the use of AI-enabled software and advanced designs. In this case, the partners also used LuxCreo’s Smart Factory Production service to produce the ACTIBREEZE™ HYBRID SANDAL. “Our collaboration with ASICS is a testament to the forward-thinking ethos that drives our companies. By bringing a consumer hybrid 3D printed footwear product to market, we are pushing the boundaries of what’s possible and forging a partnership that thrives on innovation and excellence,” explained Michael Strohecker, Co-Founder and Chief Revenue Officer of LuxCreo. “Together, we are pushing possibilities in footwear.“
Photo Credits: LuxCreo
Improved Recovery Between Sports Sessions With the ASICS 3D Printed Sandals
The new ACTIBREEZE™ HYBRID SANDALS are made using an elastomer material and feature a 3D printed footbed. LuxCreo elastomer is characterized by a very high elasticity, while meeting the AFIRM RSL standard. These features are noticeable in the insole, which was printed in a lattice structure, providing greater comfort and breathability. The design of the sandal has been modified to provide additional benefits to the wearer compared to the previous model. Moreover, one new addition is a central strap to keep the insole in place, provide greater foot support and improve recovery before your next sports session.
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