Gallery

About Project

If you’ve ever looked at a pair of shoes and thought they looked more like a piece of modern art than something you’d wear to the grocery store, you’re looking at the future of footwear. The shoes in these photos aren’t just cool to look at; they are crafted using high-performance Elastomeric Resin, a material that is completely redefining what “comfortable” feels like.

Unlike traditional foam slides that eventually compress and lose their bounce, elastomeric resin is incredibly resilient. It’s designed to snap back into shape instantly, providing a consistent “spring” in your step that lasts for years. This material allows for the complex lattice structures you see—those intricate webs that provide targeted support. Designers can make the heel extra plush for impact absorption while keeping the arch firm, all in one seamless print. Plus, they are 100% waterproof and offer unmatched breathability, making them the ultimate choice for recovery after a long workout or a day on your feet.

But the best part? This technology isn’t just for big sneaker brands anymore. You can bring your own custom footwear designs to life through FacFox’s professional shoe 3D printing service. Whether you are a designer looking to prototype a new silhouette or a brand ready for small-batch production, FacFox offers a variety of flexible materials—including high-quality TPU and specialized elastomeric resins—to ensure your vision is both functional and stylish. With their industrial-grade DLP and SLA printers, you get incredible detail and durability without the high cost of traditional molds. Ready to step into the future? Head over to FacFox and let’s get printing!

Solution

• Step 1: The digital 3D model of the shoe was meticulously designed using specialized lattice-generation software to ensure optimal weight distribution and structural integrity.
• Step 2: The elastomeric resin was prepared and poured into the vat of a high-resolution Digital Light Processing (DLP) 3D printer.
• Step 3: The shoe was built layer-by-layer as UV light was projected through the bottom of the vat, causing the liquid resin to solidify into the precise lattice shape.
• Step 4: Upon completion of the print, the shoe was carefully removed from the build plate and submerged in a solvent bath, where all excess uncured resin was washed away.
• Step 5: The support structures, which were required to maintain the shoe’s geometry during the build, were manually detached from the main body.
• Step 6: The footwear was placed into a specialized UV curing chamber, where it was subjected to intense light and heat to reach its final mechanical strength and elasticity.
• Step 7: Finally, a protective coating was applied to the surface to enhance UV resistance and provide the desired matte finish seen in the photos.