We couldn’t believe our luck the first time we set our eyes on a WHOLEGARMENT® machine - the very same machine that was contracted to knit our crew neck sweaters. It was love at first sight. Our meet-and-greet with the sci-fi machine came about 2 weeks before our launch as a company.
Slater, one of our co-founders, found himself in Brooklyn, New York visiting our amazing manufacturing partner, Tailored Industry.
When Slater and Jack (the other co-founder) spoke on the phone after Slater’s tour of the production space, Jack remembered thinking...
“Slater was like a kid who found a shiny nickel. His excitement about what he saw was contagious as he described the 3D-knitting machine “print” our beautiful, lightweight crew neck sweater without a single seam.
He said, “Jack, it’s incredible! There’s no fabric wasted in the whole facility, the quality of the sweater seemed elevated, and it’ll surprise you how much lighter it is without the seam weight.”
I’ll never forget that moment of validation as these futuristic machines lived up to their reputation as the biggest innovation in the knitwear industry.”
Months after our launch, we’re still amazed by 3D-knitting technology, its potential, and, of course, the sweaters it “prints”.
What is 3D-Knitting?
3D-knitting happens on the world’s most advanced computerized knitting machines. We use Shima Seiki's WHOLEGARMENT® knitting machine for our production. Each 3D-knitting machine is packed with thin, precise knitting needles that move to a complex beat, and like magic, produce durable, beautiful, lightweight, shaped knitwear at the end.
How Does 3D-Knitting Work?
Besides being seamless, 3D-knitting is a digital, standardized, and automated technology.
All 3D-knitting starts with a digital three dimensional model of the item being produced - if you’re familiar with CAD (Computer Aided Design), it’s similar...
If you’re not familiar with 3D design, here’s a 1,000 ft look at how it works: skilled programmers use software to edit each individual stitch of the proposed knitwear, taking control over the texture, weight, direction, and pattern of the design.
Because there are only a few 3D-knitting machine manufacturers, digital modeling is standardized.
Without overcomplicating, designs can be transferred, downloaded, and knit on any 3D-knitting machine anywhere in the world.
After uploading the design and connecting the yarn, the 3D-knitting machine automatically creates a seamless, sustainable garment.
What Are The Benefits Of 3D-knitting?
Today, clothing is largely produced quickly, cheaply, and hazardously. The focus on low-cost labor and high-quantity output has resulted in the mass production of fast fashion products that wear quickly and go out of style even faster.
3D-knitting solves this problem. Not only is 3D-knitwear more sustainable than cut-and-sew garments, but it also creates more durable, versatile, lighter weight designs than cut-and-sew, 2D-knitting, and most circular knits.
Is 3D-Knitting More Durable?
One of the main benefits of 3D-knitting is seamlessness. As 1 whole garment, produced as 1 continuous knit, there are few, if any, points where a seam unravels, snags, or rips.
Unlike 3D-knitting, both the cutting and the sewing process is prone to error; the most common are:
- Inconsistent cuts due to shifting fabric layers or blade velocity.
- Raw edges aren’t properly hemmed and unravel.
- Imprecise sewing causes pinching and/or seam separation.
How Sustainable Is 3D-knitting?
3D-knitting requires less raw material, produces less waste, and opens the door to an inventory-less future.
3D-knitting plays an important sustainability role because 35% (36 billion lbs**) of material in the global supply chain ends up as waste.
**That’s 50x as heavy as The Empire State Building.
If you’re wondering how we got here, consider the main drivers of waste: waste from cutting shapes out of fabric and waste from excess inventory.
What Are The Innovations In Knitting?
We’ve explored why 3D-knitting is a more sustainable, durable, and versatile alternative to other forms of knitwear production.
We also mentioned the inventory-less potential of 3D-knitting. Now let’s focus on two big additional innovations of 3D-knitting: personalized fit and “smart” applications.
It’s no secret that fit and sizing is confusing when shopping.
One company's medium could be another's large. We wrote a blog about this topic about a month ago to investigate why.
Besides what’s mentioned in the blog, 3D-knitting offers a practical solution to create bespoke sizes for our customers.
With the combination of 3D body scanning technology like Fit 3D, size calculators based on weight and height like Wair, and 3D-knitting, personalized fit is possible today...
But that’s just the beginning. 3D-knitting also is capable of knitting conducive yarn, allowing for finished garments to be “smart”.
By knitting sensors into conductive patches, clothes can change temperature, identify moments of stress, and even improve balance. We explore “smart” applications in depth in the second blog in this series.
Why Go Seamless?
When you wear a 3D-knit garment like our crew neck sweater, you’ll notice it feels light and shapes to the natural contours of your body. The drape of the soft khullu and merino sweater will only be enhanced by our choice of links-links knit, which improves elasticity and range of motion.
3D-knitting creates more durable, versatile, sustainable, innovative knitwear. That’s because:
- Without seams, 3D-knitting produces superior durability.
- The finesse of WHOLEGARMENT® machines adjusts every stitch for the ideal style and fit.
- At 99% efficiency, 3D-knitting is far more sustainable than cut-and-sew.
- 3D-knitting offers a path to personalized fit and “smart” applications.