Footwear Industry

3D PRINTING SOLUTIONS FOR The Footwear industry

LuxCreo Provides the Industrialized Ultra-fast 3D Printer for Footwear Printing

LuxCreo's DLP Industrialized Ultra-Fast 3D Printer - Lux 3 and Lux 3L, Designed to provide versatile performance with fast, functional prototyping capabilities and high-throughput footwear production.

LuxCreo 2nd Generation Design - Dragon Scale Midsole

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Bisca360: The World’s First 3D Printed Waterproof Shoes

LuxCreo Provides the Materials Designed for Sports Shoe Midsoles

LuxCreo’s EM materials, possessing excellent elasticity and tear resistance, they are suitable for the production of parts that need to be bent, stretched, or compressed hundreds of thousands of cycles without compromising on performance. For example, EM⁺21 is an ideal fit for any application requiring cushioning, including sports shoe midsoles, automotive interiors, and industrial suspensions.

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Long-Lasting Design

Because LuxCreo shoes are custom made, we are able to reduce 30-40% of waste in the supply chain. According to the U.S. Department of the Interior, Americans throw away over 300 million pairs of shoes each year. These shoes end up in landfills and can take 30 to 40 years to decompose. Since our lattice structure provides infinite foot support, it decreases the need to throw away shoes and allows for continued use as if the shoes are brand new. For every pair of BISCA360 shoes, we eliminate two regular pairs from being thrown into the landfill.

Sustainability

LuxCreo's patented 3D LEAP technology is energy efficient. By eliminating the injection molding in our production process, we are able to cut down on costs and minimize potential setbacks in cases where the mold isn't created in time. Additionally, LuxCreo is committed to further increase the percentage of bio-based materials that we use in printing our products.

Learn more from our blogs

3D Printing and the Dental Crown Manufacturing Process

In the past, digital workflows used a combination of CAD/CAM software and CNC milling to make crowns. 3D printers could not make permanent crowns because the materials did not have the appropriate mechanical properties, and there was poor accuracy or fit. With recent advancements in 3D-printable resins, 3D printers can produce permanent crowns that meet mechanical property requirements and make them faster and more cost-effectively than CNC milling. 3D printing is streamlining the dental crown manufacturing process and can benefit labs and dental practices.

3D Printing Clear Aligners: In-house vs. Outsourcing

Advancements in 3D printing technology are improving the production of clear aligners. Today’s 3D printing solutions are widely available to both dental labs and private practices. Orthodontists can now choose between outsourcing aligner production to a lab or
in-house production.

3D Printing Applications in the Footwear Manufacturing Industry

The projected revenue increase demonstrates the continued adoption of additive manufacturing processes by footwear manufacturers. 3D printers have been available since the 1980s. However, many industries have only recently integrated 3D printing solutions into their production processes, as significant advances in machines, material, and software are not only meeting industry requirements but also enabling greater innovation with better performance production parts. Today many footwear companies use 3D printers to optimize design, prototyping, and full production.

3D-Printed Jigs and Fixtures

3D-printed jigs and fixtures have several benefits over those made by traditional methods. 3D printing solutions can help companies save time and money by eliminating skilled labor steps and optimizing production processes.

3 Low Volume Manufacturing Methods

Companies use a low-volume approach to test products in the market before high volume production or if the demand is small. Low volume options include injection molding, CNC milling, and 3D printing. Each low-volume manufacturing method has pros and cons and is best implemented for specific applications. Low Volume Manufacturing Method 1: Injection Molding Injection…

Advantages of 3D Printing in High-Volume Contract Manufacturing

Contract manufacturing services bring new low or high-volume products to market quickly without requiring large capital equipment expenditures. They lower the barriers for high-volume production as companies do not need to set up factories to manufacture products. Innovations in 3D printing have made it possible to support high-volume production at localized cloud-connected 3D printing smart factories. Utilizing a 3D printing solution for high-volume contract manufacturing helps companies stay agile, produce more complex designs, support multiple SKUs, and manufacture products with advanced high-performance materials.

Four Advantages of 3D Printing in Dentistry

3D printing has been leading advancements in dental technology. It has enabled the clear aligner industry to reach a 2.31 billion dollar market size, quickened the turnaround production time of oral devices, and raised dental models’ accuracy. Dental industry professionals can benefit from integrating 3D printing solutions into their workflows.

Four Applications of Rapid Prototyping with 3D Printing

3D printing has many rapid prototyping applications, allowing companies to accomplish more in less time without sacrificing product quality. Today’s 3D printing systems require no tooling and support a broad range of materials, so designers can enable rapid functional prototyping and make faster transitions to full-scale manufacturing.

3D Printing in Dentistry: Outsourcing, Bringing In-house, or Both?

3D printing technology is transforming the dental industry for providers and patients. Both dentists and orthodontists have been leveraging 3D printers to create durable, customized appliances with increased frequency year after year. Studies show that between 2017 to 2023, the dental 3D printing market will be growing at a CAGR of 23.2 %, beginning the…

SLA vs. DLP 3D Printing

Today, the 3D printing field has advanced in accuracy, product complexity, and the number of available processes. Companies can scale the production of complex products to high volume using two processes: stereolithography (SLA) and digital light processing (DLP).

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