Their first product, the Orca sneaker by ELSTM, will debut this week from LaLaLand’s Los Angeles factory, marking the beginning of a new era for footwear design and production.

Addressing Industry Pain Points

The footwear industry is no stranger to challenges. Complex supply chains, high initial costs, and the ongoing impact of geopolitical uncertainties have long burdened shoe manufacturers. These issues have intensified demand for more localized production, reducing dependence on overseas suppliers and large-scale manufacturing facilities.

The LaLaLand-Elastium partnership addresses these challenges head-on with a solution designed for agility and efficiency. By blending the speed and customization capabilities of 3D printing with the mass-production potential of traditional shoe-making techniques, their new Hybrid model provides a flexible solution for brands of all sizes.

Perhaps the most significant innovation is their No-Minimum-and-Maximum-Order-Quantity (No-MMOQ) approach. Brands can now launch new designs with orders as small as one pair, eliminating the need for massive upfront production runs. This game-changing flexibility allows companies to test the market with minimal financial risk, all while maintaining the same high quality and craftsmanship.

Revolutionizing Footwear with Disruptive Technology

At the core of this new production model is Elastium’s proprietary FIDEM technology. This breakthrough integrates the world of 3D printing with traditional molding processes, allowing the seamless production of footwear that combines cutting-edge design with the proven reliability of traditional manufacturing.

Elastium’s 3D-printed foam, a key material in this process, is already turning heads in the industry. With an energy return rate of over 75%, it rivals the widely used EVA foam found in many athletic shoes. This high-performance foam not only provides excellent comfort and support but also underscores the sustainable potential of 3D printing in the footwear space.

Unlike traditional production methods, which often require costly molds and months of development, Elastium’s technology enables the creation of fully customized shoe components in just weeks. This speed, combined with LaLaLand’s established manufacturing infrastructure, ensures that the Hybrid model can meet the demands of today’s fast-paced fashion market.

The Orca Sneaker: A Symbol of the Future

The debut product of this collaboration, the Orca sneaker by ELSTM, embodies the potential of the Hybrid model. Set to launch this week, the Orca represents a perfect blend of design, performance, and sustainability. Made from Elastium’s 3D-printed foam and utilizing LaLaLand’s expertise in shoe manufacturing, the Orca showcases what’s possible when two innovative forces come together.

With sleek aesthetics and high-performance materials, the Orca is expected to capture the attention of athletes and casual wearers alike. Its minimalist design belies the complex technology beneath the surface, where FIDEM-enabled components provide superior comfort and durability.

Faster, More Sustainable, and Cost-Effective

One of the standout features of this collaboration is its potential to dramatically reduce the time and cost of bringing a new shoe design to market. Traditional production processes can take months and involve significant upfront investment. In contrast, the LaLaLand-Elastium Hybrid model allows brands to go from concept to store shelves in just weeks, cutting initial costs by up to 80%.

This efficiency extends beyond just speed and cost. By localizing production in LaLaLand’s Los Angeles factory, the partnership helps reduce the carbon footprint typically associated with overseas manufacturing and shipping. Moreover, the use of 3D printing allows for precise material usage, minimizing waste and contributing to a more sustainable production model.

Meeting the Growing Demand for Localized Production

In recent years, the global footwear industry has faced increasing pressure to shift away from traditional, overseas-focused production models. Rising labor costs, supply chain disruptions, and the desire for more sustainable practices have led many brands to explore localized production alternatives.

Elastium and LaLaLand’s new Hybrid model arrives at a time when brands are seeking greater control over their supply chains. By reducing reliance on overseas manufacturers and offering flexible production capabilities, this partnership positions itself as a key player in the future of footwear manufacturing.

A Collaborative Vision for the Future of Footwear

This partnership between LaLaLand and Elastium is more than just a business venture—it’s a glimpse into the future of footwear production. By combining the best of both worlds—3D printing’s flexibility and traditional manufacturing’s scalability—the two companies have created a model that can adapt to the evolving needs of the industry.

The Hybrid model not only benefits established brands but also empowers smaller, independent designers to bring their ideas to life. With no minimum order requirements, even emerging designers can test and launch new products with minimal risk, leveling the playing field in an industry traditionally dominated by large corporations.

Conclusion

The collaboration between LaLaLand Production & Design and Elastium marks a significant step forward in the evolution of footwear manufacturing. By harnessing the power of 3D printing and combining it with tried-and-true manufacturing methods, the Hybrid model offers an agile, sustainable, and cost-effective solution for brands of all sizes.

As the Orca sneaker by ELSTM prepares to hit the market, this partnership is already making waves in the industry. With its potential to reduce costs, streamline production, and support localized manufacturing, the LaLaLand-Elastium collaboration is well-positioned to reshape the future of footwear.

FAQs

1. What is the LaLaLand and Elastium partnership all about?
   • LaLaLand and Elastium have teamed up to create a Hybrid footwear production model that blends 3D printing with traditional manufacturing techniques, offering faster, more sustainable, and cost-efficient shoe production.
2. What makes the Orca sneaker by ELSTM unique?
   • The Orca sneaker is the first product of this collaboration, featuring Elastium’s 3D-printed foam for superior comfort and energy return, combined with LaLaLand’s expertise in traditional manufacturing.
3. How does the Hybrid model benefit footwear brands?
   • It allows brands to produce shoes with no minimum order requirements, significantly reduces time to market, and cuts initial costs by up to 80%, making it an ideal solution for both large and small brands.
4. Why is localized production important for the footwear industry?
   • Localized production reduces supply chain risks, lowers carbon footprints by minimizing overseas shipping, and offers faster response times to market demands.
5. What is FIDEM technology, and how does it enhance shoe production?
   • FIDEM is Elastium’s proprietary technology that integrates 3D printing with traditional molding, enabling the creation of high-performance, customizable footwear with greater speed and efficiency.

The post LaLaLand Production & Design Partners with Elastium to Revolutionize Footwear Manufacturing appeared first on 3DSHOES.COM.

Mimaki’s impact on the footwear industry can’t be overstated. By allowing designers to visualize, test, and refine their ideas in record time, the company is streamlining a traditionally slow and costly process. Let’s dive deeper into how Mimaki’s full-color 3D printer is reshaping footwear design and pushing the boundaries of creativity in the industry.

The Importance of Prototypes in Footwear Design

Prototyping is a critical stage in footwear design. Before a concept can hit store shelves, designers need to see a tangible version of their ideas to test for aesthetics, fit, and functionality. Traditionally, this process could take months, especially when dealing with overseas manufacturers. Footwear prototypes often went through multiple rounds of revisions, each of which extended the timeline and increased costs.

That’s where Mimaki’s 3D printing technology comes in. With their full-color 3D printers, footwear brands can now produce prototypes in-house in under a day, drastically reducing both lead times and costs. This level of efficiency is a game-changer for designers and product development teams.

Mimaki’s Full-Color 3D Printing: A Game-Changer

At the heart of Mimaki’s innovation is the Mimaki 3DUJ-553, an industrial-grade full-color 3D inkjet printer capable of producing over 10 million colors. This printer doesn’t just produce monochrome models; it creates prototypes with the same colors, textures, and materials found in the final product. From intricate laces to the rugged outsoles, Mimaki’s prototypes are hyper-realistic and offer unparalleled detail.

For designers, this means the ability to hold a visually perfect representation of their design before committing to full-scale production. No more guessing how certain colors or materials will look on a finished product. With Mimaki, footwear prototypes look and feel just like the real thing.

Speeding Up the Design Process

Time is of the essence in the fashion and footwear industries. The typical design process for a new shoe can stretch on for months, as prototypes are ordered, shipped from factories, and revised multiple times. Mimaki’s full-color 3D printers eliminate much of this waiting.

Instead of sending design files to overseas factories and waiting weeks for a prototype to arrive, brands can now print a full-scale, highly detailed prototype in a matter of hours. According to Michael Sickels, 3D specialist at Mimaki, this rapid prototyping can save companies months during the development phase, allowing designers to quickly iterate, refine, and finalize their concepts.

Hyper-Realistic Prototypes at Your Fingertips

One of the standout features of the Mimaki 3DUJ-553 is its ability to replicate textures and materials with astonishing accuracy. Using Adobe Substance, a widely-used software in the design industry, footwear designers can access a library of realistic materials like denim, leather, and mesh. These textures can be seamlessly integrated into the 3D model, giving designers a prototype that mimics the look and feel of the final product.

Mimaki’s printer doesn’t just print models; it prints designs you can touch, assess, and tweak in real-time. This gives designers a tangible, lifelike prototype to present to stakeholders, test for functionality, and refine before committing to expensive manufacturing.

Seamless Integration with Industry-Standard Software

Mimaki understands the importance of compatibility in a fast-paced industry like footwear design. The Mimaki 3DUJ-553 is designed to work with industry-standard software such as Adobe Substance, Rhino, ZBrush, Modo, and Autodesk. This integration makes the transition to 3D printing simple and efficient for designers, allowing them to continue using their favorite tools without significant changes to their existing workflow.

By streamlining the process, Mimaki empowers designers to take full advantage of 3D printing technology without a steep learning curve. As Sickels explains, the printer supports all major 3D data formats, making it easy for designers to get started quickly and produce stunning prototypes with minimal hassle.

Bridging the Gap Between Design and Production

Historically, the journey from initial concept to final production has been lengthy, with numerous revisions and tweaks along the way. Thanks to Mimaki’s technology, that process is now significantly shorter. Designers can print, review, and revise their prototypes in a fraction of the time it once took, cutting months off the development cycle.

By integrating full-color 3D printers into their design studios, footwear brands gain the ability to experiment more freely. A designer who wants to test a bold new color or material combination no longer has to wait weeks to see the results. Instead, they can print a prototype within hours, make adjustments, and print again the next day. This ability to iterate quickly fosters creativity and innovation in ways that were previously unimaginable.

The Expanding Role of 3D Printing in Footwear Design

As 3D printing technology continues to evolve, its role in the footwear industry is expanding beyond just prototyping. Designers are beginning to explore how 3D printing can be used in manufacturing, with some brands already producing limited-run collections using this technology.

For now, though, the primary use case remains in prototyping. The ability to create full-scale, full-color prototypes with realistic textures is invaluable for brands looking to stay ahead of the competition. As 3D printing technology becomes more accessible and affordable, it’s likely that we’ll see even greater adoption across the footwear industry.

Beyond Footwear: Mimaki’s 3D Printing Applications

While Mimaki’s 3D printing technology is making waves in the footwear world, its applications extend far beyond that. The Mimaki 3DUJ-553 is being used in industries ranging from medical modeling to architecture. For example, medical professionals are using the printer to create highly detailed anatomical models, while architects are printing full-color building models for client presentations.

The flexibility and precision of Mimaki’s printers make them suitable for a wide range of applications, ensuring that the technology continues to drive innovation across multiple industries.

The Future of Footwear Design: Innovation and Speed

Looking ahead, it’s clear that 3D printing will play a central role in the future of footwear design. As Sickels notes, 3D modeling is becoming the go-to method for creating new shoe designs, and with good reason. The convenience, speed, and flexibility that 3D printing offers are unmatched by traditional methods.

In the coming years, we can expect to see even more footwear brands adopting 3D printing technology to accelerate their design processes and bring innovative products to market faster. Physical prototypes aren’t going away anytime soon, but the way they’re created is changing—and Mimaki is leading the charge.

Conclusion

Mimaki’s full-color 3D printer is transforming the way footwear designers work, offering unparalleled speed, precision, and creative freedom. By allowing designers to create hyper-realistic prototypes in-house and on-demand, Mimaki is helping brands shorten their product development cycles and push the boundaries of innovation.

With its seamless integration into existing workflows and compatibility with industry-standard software, the Mimaki 3DUJ-553 is the tool footwear designers have been waiting for. As 3D printing technology continues to evolve, its impact on the footwear industry—and beyond—will only grow stronger.

FAQs

1. How does Mimaki’s 3D printer speed up the footwear design process?
Mimaki’s 3D printer allows designers to print full-scale prototypes in under a day, significantly reducing the time spent waiting for factory-made samples.

2. Can Mimaki’s printer replicate realistic textures?
Yes, Mimaki’s printer uses software like Adobe Substance to replicate textures such as leather, denim, and mesh with stunning accuracy.

3. What software is compatible with Mimaki’s 3DUJ-553 printer?
The printer is compatible with industry-standard 3D modeling software like Adobe Substance, Rhino, ZBrush, Modo, and Autodesk.

4. Is 3D printing only used for prototyping in the footwear industry?
Currently, 3D printing is primarily used for prototyping, but some brands are exploring its use in manufacturing limited-run collections.

5. What other industries use Mimaki’s 3D printing technology?
Mimaki’s 3D printers are used in various industries, including medical modeling, architecture, and figurine production.

The post How Mimaki’s Full-Color 3D Printer is Transforming Footwear Design appeared first on 3DSHOES.COM.

The Origins of Prevolve

The story of Prevolve begins with Oliver Brossmann, an aspiring professional soccer player whose path was drastically altered by two patellar knee surgeries at the age of 16. These surgeries not only changed his trajectory in sports but also inspired him to explore new ways to alleviate the physical strain athletes face. Oliver found inspiration in the book “Born to Run,” which emphasized natural movement and minimalist footwear. He began his journey into the world of 3D printed cleats, motivated by a desire to design shoes that would reduce injury risks while enhancing athletic performance.

3D Printing and Footwear: A Technological Breakthrough

The integration of 3D printing into the footwear industry represents a technological breakthrough that offers unprecedented customization, sustainability, and performance enhancement. Traditional shoe manufacturing processes involve significant material waste, while 3D printing allows for precise, on-demand production, significantly reducing waste. Additionally, 3D printing offers the opportunity to create shoes tailored to individual foot shapes, enhancing comfort and performance. This technology is particularly useful in sports footwear, where the right fit can make a significant difference in an athlete’s performance.

The Early Days: Trials and Prototypes (2010-2012)

Oliver’s early experiments with cleat modifications were a testament to his dedication to finding solutions for his knee pain. He began by sanding down the arches of traditional soccer cleats to improve foot activation. These modifications provided noticeable relief from knee discomfort and improved his performance on the field. However, the cleats were not durable, often breaking down after just a few games. This marked the beginning of his journey toward creating a more durable and effective solution.

The First Major Step: BioCleats Prototype (2014)

In 2014, Oliver field-tested his first 3D printed BioCleats prototype, a significant milestone in his journey. However, the prototype revealed that there was still much work to be done. The cleats, while functional, were far from perfect, breaking down quickly and lacking the comfort needed for extended play. Despite these challenges, the experience provided valuable insights that would inform future iterations of the design. Each prototype brought Oliver closer to realizing his vision of a shoe that not only performed well but also addressed the specific needs of athletes.

The Birth of Prevolve (2015)

By 2015, Oliver had officially founded Prevolve Footwear, dedicating himself full-time to the development of custom-fit, minimalist cleats. Working alongside designers, marketers, and entrepreneurs in Seattle, Oliver refined both his brand and his technology. His goal was clear: to create cleats that would empower the human body by enhancing natural movement and reducing the risk of injury. This marked the beginning of a new chapter in the development of 3D printed footwear, with a focus on customization, performance, and sustainability.

Testing and Iterations: The Path to Perfection (2015-2016)

Despite the promising start, Oliver faced numerous challenges in the development of fully 3D printed cleats. Issues such as overhangs, durability, moisture exposure, and the use of flexible filaments plagued the early prototypes. Many of these cleats broke after only a few hours of use, and some were simply too uncomfortable to wear during games. However, Oliver remained undeterred, understanding that each failure brought him closer to a viable solution. This period of intense testing and iteration was crucial in refining the design and functionality of Prevolve’s cleats.

Breakthrough with BioRunners (2017)

In 2017, Oliver shifted his focus from cleats to a more straightforward product: the BioRunner. This fully 3D printed, custom-fit shoe was designed with comfort and performance in mind. While the BioRunners were not intended for cleated sports, they represented a significant step forward in Prevolve’s development. The shoes were well-received, with over 30 pairs sold. However, production challenges and durability issues continued to pose significant hurdles. Despite these setbacks, the BioRunner served as a proof of concept, demonstrating the potential of 3D printed footwear.

Prevolve Resurrections: A New Chapter (2020)

After a brief hiatus, Oliver resumed his work on 3D printed footwear in 2020, this time enlisting the help of Reijer Kolle. Together, they focused on developing more reliable manufacturing processes, including fused TPU assembly and improved 3D scanning techniques. These advancements allowed Prevolve to create shoes with better durability and comfort, bringing them one step closer to commercial success. The collaboration between Oliver and Reijer marked the beginning of a new era for Prevolve, characterized by more sophisticated technology and a renewed commitment to innovation.

Establishing the 3D Printing Factory (June 2023)

In June 2023, Prevolve took a significant step forward by opening its own 3D printing factory in Seattle. This facility marked a turning point for the company, allowing for increased production capacity and greater control over the manufacturing process. With the ability to produce two pairs of BioCleats per week, Prevolve was finally in a position to meet growing demand. The factory also enabled the company to experiment with new designs and materials, further enhancing the performance and durability of their cleats.

Entering the Professional Sports Arena (September 2023)

In September 2023, Prevolve made headlines when NFL cornerback Noah Igbinoghene became the first professional athlete to wear BioCleats on the field. This milestone represented a significant validation of Prevolve’s technology and design. Noah’s positive experience with the cleats, particularly their comfort and lightweight feel, confirmed that Prevolve was on the right track. This breakthrough moment opened the door for other professional athletes to consider BioCleats, paving the way for wider adoption in sports such as soccer, football, baseball, and rugby.

Revolutionizing Cleated Sports: BioCleats (November 2023)

By November 2023, Prevolve had redesigned the BioCleats to improve durability and comfort. Field testing across various sports demonstrated the versatility of the cleats, with athletes praising their performance on different surfaces. Prevolve’s commitment to customization and sustainability continued to set them apart from traditional footwear manufacturers. The company’s ability to create cleats tailored to each athlete’s foot shape allowed for improved comfort, reduced injury risk, and enhanced performance.

Sustainability and Customization: Prevolve’s Contribution to the Footwear Industry

One of the most significant advantages of 3D printed footwear is its contribution to sustainability. Traditional shoe manufacturing processes generate a considerable amount of waste, whereas 3D printing allows for on-demand production with minimal material waste. Prevolve’s commitment to sustainability is evident in their use of eco-friendly materials and their focus on creating long-lasting, durable products. Additionally, the company’s ability to customize each shoe to the wearer’s foot shape ensures a better fit, which can help prevent injuries and improve overall performance.

Challenges in Scaling and Commercialization

Despite its many successes, Prevolve continues to face challenges in scaling its production and commercializing its products. The 3D printing process is still relatively slow, limiting the company’s ability to meet growing demand. Additionally, the cost of producing custom-fit shoes remains higher than that of mass-produced footwear, making it difficult to compete with traditional manufacturers on price. However, as 3D printing technology continues to evolve, Prevolve is optimistic that these challenges will be overcome, allowing them to reach a broader audience and expand their product offerings.

Conclusion

Prevolve Footwear’s journey from concept to commercialization is a testament to the power of innovation, persistence, and a commitment to improving the athlete’s experience. By leveraging 3D printing technology, Prevolve has created a product that not only performs at the highest level but also contributes to sustainability and customization in the footwear industry. As the company continues to refine its designs and scale its production, it is poised to revolutionize the world of cleated sports footwear, offering athletes a new level of comfort, performance, and durability.

Stay Connected with Prevolve Footwear

To stay up-to-date with the latest developments, product launches, and behind-the-scenes looks at Prevolve Footwear, follow us on social media! Join our community of athletes, innovators, and sustainability advocates, and be the first to hear about exciting updates.

• Facebook: Prevolve Footwear
• Twitter: @Pre_volve
• Instagram: @prevolve_
• LinkedIn: Prevolve Footwear
• YouTube: Prevolve Footwear
• TikTok: @prevolvefootwear

Whether you’re passionate about 3D printing technology, minimalist design, or sustainable sportswear, we invite you to connect with us across all platforms and join the movement toward the future of footwear!

FAQs

What is Prevolve Footwear known for?

Prevolve is known for its 3D printed, custom-fit minimalist cleats that are designed to enhance athletic performance while reducing the risk of injury.

How does 3D printing improve cleated shoes?

3D printing allows for the creation of custom-fit shoes tailored to the athlete’s foot shape, providing better comfort and performance. It also reduces material waste, making the process more sustainable.

What are the challenges of making fully 3D printed shoes?

Some of the challenges include ensuring durability, improving moisture resistance, and scaling production to meet demand.

What are BioCleats and how do they work?

BioCleats are Prevolve’s flagship 3D printed cleats, designed to be lightweight, durable, and customized to the athlete’s foot for optimal performance.

Why are professional athletes turning to BioCleats?

Professional athletes like Noah Igbinoghene are choosing BioCleats for their comfort, lightweight feel, and ability to reduce injury risk.

How does Prevolve contribute to sustainability in the footwear industry?

Prevolve uses 3D printing to reduce material waste and create durable, long-lasting products, contributing to a more sustainable approach to footwear manufacturing.

The post Prevolve Footwear and the Evolution of 3D Printed Minimalist Cleats appeared first on 3DSHOES.COM.

Set to drop alongside two distressed versions of Puma’s Inhale sneakers, the Puma Mostro 3D is a standout for its futuristic, almost alien-like design. The shoe, which will hit Puma’s website on September 26, is priced at $250 and showcases a 3D-printed, resin-based construction that reimagines the early 2000s classic sneaker in a way that feels straight out of a sci-fi movie.

A Sneaker Unlike Any Other

The A$AP Rocky x Puma Mostro 3D features an intricate design that is sure to turn heads. Its upper is perforated, with spikes of various sizes covering the surface, giving it a sharp and aggressive aesthetic. The ankle area is adorned with a wider honeycomb-like pattern, adding texture and dimension to the already striking silhouette.

What really sets the sneaker apart is the sole. It’s a thick, spiked structure that creates a cavernous gap in the midfoot, providing both a visual and structural twist that’s unlike anything seen on traditional sneakers. The black and red colorway is finished with a spray-paint effect, enhancing the shoe’s edgy, avant-garde vibe.

A$AP Rocky’s Growing Influence in the Sneaker World

A$AP Rocky’s influence at Puma has been steadily growing since he was named creative director for the brand’s Formula One line last fall. While the rapper’s focus has mostly been on fashion and motorsport collaborations, his impact on footwear is finally taking center stage.

Earlier this year, Rocky and Puma re-released the Inhale sneaker in its original form, with a special insole branded for the artist. Only 100 pairs were randomly distributed with this unique branding, adding an element of exclusivity to the drop. But now, the collaboration is heating up with the release of not just the Mostro 3D, but two distressed Inhale sneakers as well. All three styles were first shown during Paris Fashion Week over the summer, generating buzz among sneakerheads and fashion enthusiasts alike.

Reviving a Classic with a Futuristic Twist

The Puma Mostro originally launched in the early 2000s and quickly gained popularity for its unique combination of style and comfort. Inspired by ‘80s surf shoes and ‘60s track spikes, the Mostro became a go-to in fashion circles for its sleek, low-profile design. Puma even soft-launched the return of the sneaker in 2023, giving fans a glimpse of what was to come for the shoe’s 25th anniversary.

However, none of the previous iterations of the Mostro come close to the dramatic redesign A$AP Rocky has brought to the table. The use of 3D-printing technology allows for a more experimental and abstract design, transforming the sneaker into something that feels more like wearable art than traditional footwear.

A$AP Rocky’s Vision for Puma

This latest drop is further proof that A$AP Rocky is bringing a fresh, creative vision to Puma. As one of the most fashion-forward figures in hip-hop, Rocky has always been known for his bold style choices, and his partnership with Puma reflects that same fearless approach. By reimagining classic silhouettes like the Mostro through a futuristic lens, Rocky is helping to usher Puma into a new era of design that’s as innovative as it is boundary-breaking.

With the Mostro 3D, A$AP Rocky is offering fans more than just a sneaker – he’s delivering a statement piece that challenges conventional footwear design and pushes the envelope of what’s possible in the world of fashion.

Sneakerhead Must-Have or Collector’s Item?

The A$AP Rocky x Puma Mostro 3D is bound to be polarizing. Its bold, unconventional design may not appeal to everyone, but that’s exactly what makes it special. Whether you’re a die-hard sneakerhead looking for the next big statement shoe or a collector of unique, limited-edition releases, the Mostro 3D is sure to be a conversation starter.

Given the buzz surrounding the sneaker and its limited nature, it wouldn’t be surprising to see it become a sought-after item in the resale market shortly after its release. So, if you’re thinking of grabbing a pair, it might be best to act fast.

Conclusion

A$AP Rocky’s partnership with Puma continues to push the envelope, and the 3D-printed Mostro is the latest example of how his creative vision is transforming the brand. With its futuristic design, bold aesthetic, and cutting-edge construction, the Mostro 3D is unlike any sneaker you’ve seen before. It’s a daring and unapologetically bold release, perfect for those who want to stand out from the crowd.

Mark your calendars for September 26, because this drop is sure to shake up the sneaker world.

FAQs

1. When is the A$AP Rocky x Puma Mostro 3D releasing?
The Puma Mostro 3D is set to release on September 26 through Puma’s official website.

2. How much does the A$AP Rocky x Puma Mostro 3D cost?
The sneaker will retail for $250.

3. What makes the A$AP Rocky x Puma Mostro 3D unique?
The sneaker features a 3D-printed, resin-based design with spikes of varying sizes and a cavernous midfoot sole, making it one of the most unconventional sneakers on the market.

4. Is the Puma Mostro 3D a limited release?
While Puma hasn’t confirmed how many pairs will be available, the buzz around the shoe and A$AP Rocky’s previous releases suggest it could be a limited drop.

5. What other sneakers are releasing alongside the Mostro 3D?
Two distressed versions of Puma’s Inhale sneakers will also be released on the same day.

The post A$AP Rocky’s 3D-Printed Puma Mostro Is One of the Wildest Sneakers Ever Released appeared first on 3DSHOES.COM.

CEO Cornelius Shmitt gained industrial engineering experience from studying at the Clausthal University of Technology. By adopting his approach, he says that upcoming designers can enter short-run production without having to pay upfront for molds, or outsourcing production. Zellerfeld also markets its technology as a greener alternative to conventional footwear production processes, with the defense that 3D printed shoes are created with software, not assembly lines. The HERON01 is modeled to look like its namesake in the natural world. The sneaker’s scale-like aesthetics are meant to mimic those of a Heron’s feet, while the sole features a claw-life design. It has been reported that a limited run of the sneakers will later be made available via Zellerfeld this month.

Original Article: https://3dprintingindustry.com/news/zellerfelds-recyclable-3d-printed-sneaker-to-reshape-footwear-for-the-better-197200/

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Original Article: https://www.designboom.com/design/cracked-earth-patterns-shoe-hadar-slassi-digital-traditional-design-03-15-21/

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Original Article: https://sneakernews.com/2021/03/09/adidas-futurecraft-og-black-linen-green-fz2560/

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Original Article: https://www.eveningnews24.co.uk/news/health/bxclinic-in-norwich-launches-3d-printed-insoles-7792422

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Through the development of the LoreOne, Lore partnered with Colby Pearce and Olympian. Elite bicycle coach and fitter. The technology, materials, design, and manufacturing are way ahead of everything else on the market. The LoreOne shoe will change the way people interact with their bikes, and I cannot wait to see what it does to the 3D printed footwear market.

Original Article: https://www.bikebiz.com/lore-previews-loreone-3d-printed-hard-shelled-shoe/

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The app is free for consumers and the company is working with shoe retailers to incorporate the app into their websites. The Xesto Fit app is already being downloaded and used around the world, to help people get the correct size of their feet and a comfortable pair of shoes. 3D printed shoes are all about trying to find the best-fitting footwear for consumers. Having an app like this will help out, especially while the pandemic is still going on.

Original Article: https://toronto.ctvnews.ca/free-app-helps-people-find-the-perfect-sized-shoes-for-their-feet-1.5288502

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