International womens day png background_6002282

JUSTIN BIEBER DROPS HIS FIRST 3D PRINTED SNEAKER: THE EARTH BENDER

Justin Bieber’s fashion label Skylrk is expanding into 3D printed footwear with its first printed sneaker, the Earth Bender, developed in collaboration with 3D printing footwear company Zellerfeld using its advanced manufacturing platform.

Skylrk Debuts the 3D Printed Earth Bender

Skylrk’s first AM silhouette is produced using Zellerfeld’s full-stack 3D printing system. The model debuted in a Lilac colorway and was available exclusively last weekend at the brand’s temporary Tokyo pop-up;  Skylrk’s first-ever physical retail space.

The sneaker embodies Skylrk’s design DNA: comfort-driven shapes, bold color expression, and a drop-to-drop evolution of form. Drawing inspiration from soccer cleats, it features an overturned tongue and a sculptural, futuristic profile. An additional Oat version was present at the pop-up for try-ons only.

Bieber has previously stepped out in Zellerfeld-made footwear, most notably the fully recyclable Nami sneaker, created by Finn Rush-Taylor Studio in collaboration with Zellerfeld, which he wore to a League basketball game in Los Angeles in October.

Since launching in July, Skylrk has also leaned heavily into futuristic design language, releasing sculptural mules, slides, and other experimental silhouettes across multiple colorways. Several additional 3D printed designs are already in development through the brand’s continued partnership with Zellerfeld.

The Zellerfeld team at the 3D printed sneaker launch event. Photo via Zellerfeld.
Expansion of Zellerfeld’s 3D Printed Footwear Portfolio

Recent collaborations highlight how Zellerfeld’s technology is being applied across fashion and luxury markets.

In July, Hugo, a sub-label of Hugo Boss, released a loafer-style shoe developed with Zellerfeld. Produced as a single unit using the company’s proprietary software and hardware, the HUGO FORWARD x Zellerfeld model eliminates traditional sizing, assembly, and inventory requirements. The result is a custom-fitted shoe manufactured within hours and designed with circularity in mind.

Zellerfeld also worked with designer Sean Wotherspoon—known for his use of unconventional materials and focus on sustainability—to introduce the Sean Double U collection, featuring a sneaker and a mule. Both pieces are produced in one piece without adhesives or stitching, underscoring the environmental benefits of additive manufacturing.

In March, UK luxury brand Mallet London partnered with Zellerfeld to launch the Nebula, its first 3D printed shoe. Based on Mallet’s Neptune silhouette, the design was reimagined through Zellerfeld’s automated process to deliver greater design flexibility, faster turnaround, and improved material efficiency.

*This article originally appeared on [3dprintingindustry]. [PALOMA DURAN] is the original author of this piece.

Have parts to make? Get free instant quote today.

Share the Post:

Related Posts

Knowledge Base
17-4 Stainless Steel Comprehensive Guide: In-depth Analysis of Performance, Applications, and Processing Technology

In today’s industrial manufacturing sector, the selection of materials directly determines the performance, lifespan, and cost-effectiveness of the final product. Among numerous high-performance metal materials, 17-4 Stainless Steel (also known as 17-4 PH) has become one of the preferred materials for the aerospace, medical device, petrochemical, and high-end mechanical manufacturing industries due to its unique precipitation hardening characteristics. As a martensitic precipitation hardening stainless steel, 17-4 not only possesses the inherent corrosion resistance of stainless steel but also achieves extremely high strength and hardness through heat treatment. This dual advantage allows it to maintain excellent stability even in extreme environments.

Read More
Knowledge Base
A Comprehensive Guide to Nickel Plating in CNC Machining

In the chain of high-end manufacturing, CNC (Computer Numerical Control) machining is responsible for giving parts their geometric shapes and dimensional accuracy, while surface treatment determines the lifespan, functionality and reliability of the parts. Among various surface treatment processes, nickel plating has become one of the most commonly used post-processing techniques for CNC machined components due to its unique comprehensive properties – combining corrosion resistance, wear resistance, lubricity and excellent appearance.

Whether it is the precision valve bodies in the aerospace field, the aluminum alloy casings in consumer electronics, or the transmission components in the automotive industry, nickel plating plays an indispensable role.

Read More

Join our newsletter to stay updated

滚动至顶部