Footwear company J&S Enterprises is introducing a new line of affordable and customizable 3D knitted shoes. The JS Shoes Q Series of footwear are lightweight, environmentally friendly, form fitting and thanks to new 3D knitting technology completely seamless and manufactured as a single piece. The shoe designs will come in both men’s and women’s styles and sizes and range in price from $80 to $100 for a pair. The Los Angeles-based company is introducing their new line of shoes by launching a crowdfunding campaign on Kickstarter where they’re seeking $50,000 to launch their new venture.
Because the lightweight shoes are meant to be completely form-fitting, JS Shoe is also offering customers the option of purchasing each show individually in case one foot is a slightly larger size than the other. Additionally, buyers can choose to purchase individual shoes in different colors in order to mix and match. Because each show can be purchased as a single, wearers can choose to mix it up one day, and keep them matched the next. JS Shoes will be available in a variety of styles and colors, and every pair will have a solid insole for support that is comfortable and functional whether they are being worn inside or out.
“We wanted our customers to enjoy the benefits of a customized shoe without the high prices that the large shoe manufacturers have dictated for the shoe industry. Since most people have a half size variation between their feet, we felt that it was important to package our shoes individually so that we can offer different sizes for each foot and allow our customers the ability to choose different colors which they can mix and match and let their personalities shine,” explained the founder and creative director of JS Shoes, Xiaoxi Shi.
JS Shoes are first designed in 3D using CAD software and is then manufactured using new 3D knitting technology that virtually eliminates waste, reduces manpower, saves energy and uses no toxic chemicals or materials that can result in poor health conditions for workers. Because the shoes are knit in 3D the machines use the exact amount of material required to construct them, which means that material waste is virtually eliminated. The assembly process is also greatly reduced, with the only construction required being the addition of the minimal sole and insert.
JS Shoes will be available in a light gray material with four color details, including azure, magenta, teal and yellow. There will also be a rainbow pair of shoes sold exclusively for the Kickstarter campaign. The campaign is offering an earlybird price of $69 for the first two hundred pairs sold, at which point the price goes up to $79 a pair. The retail price is currently expected to be $89, so that’s still a respectable discount.
Here is the Kickstarter campaign video:
Podcast: Play in new window | Download
Subscribe to Our Email Newsletter
Stay up-to-date on all the latest news from the 3D printing industry and receive information and offers from third party vendors.
Print Services
Upload your 3D Models and get them printed quickly and efficiently.
You May Also Like
BLT Touts 100,000 Copper Parts Made
With the significant volume of copper used in electronics, semiconductors, aerospace, defense, and beyond, copper additive has had immense promise from the early days of copper 3D printing at Beamit...
3D Printing News Briefs, March 28, 2026: TCT Asia, Distribution Agreement, FDA Clearance
We’re starting 3D Printing News Briefs this weekend with some news out of TCT Asia, and then moving on to a metal AM distribution agreement between MULTISTATION and WAAM3D. We’ll...
3D Printing Moves Deeper Into Production as Parts Near $110B by 2034
A new report takes a closer look at how much 3D printing is actually being used in real production. The numbers point to a market that is already growing at...
AM Applications Expected to Reach $110B in 2034, New Report Finds
Additive manufacturing may still be a relatively young industry, but the number of real parts being produced with 3D printing is growing quickly. According to a new report from Additive...
























