Jordan wearing the 3D woven jeans at Kingpins Amsterdam, with a woven sculpture graphic on the leg
01 / Apparel · Material innovationMSc thesis · 2024

3D Woven
Denim

Five-pocket jeans woven to shape on an industrial Jacquard loom. Panels, seams and graphics come off the loom together, so almost nothing is cut away and 40% of the seams never need sewing.

ContextTU Delft, with Diamond Denim in Pakistan
RoleConcept, zero waste pattern, map of bindings, first assembly, tech pack
ToolsCLO3D, Illustrator, Photoshop, Procreate
ShownKingpins, Dutch Design Week, Munich Fabric Start

WornThe jeans at Kingpins Amsterdam, April 2024. The sculpture graphic on the leg is woven, not printed. Photo: Team Peter Stigter.

01 · The idea

The pattern is the fabric.

Jeans start as flat denim that is cut into panels and sewn back together. Around a fifth of the fabric never makes it into the jeans, and every seam is another step on the sewing line.

A Jacquard loom can lift each warp thread on its own. Weave two layers at once, join them only where the pattern says, and the loom draws panel outlines, seams and pockets into the cloth. What remains is a guided cut and a short assembly.

It started with one line in a lecture: up to 80% of a product’s environmental impact is decided at the design stage. So the brief I set was a five-pocket that looks and feels like denim, made in an existing supply chain, with less cutting, sewing and waste.

“I bet it’s possible to create zero waste 3D woven jeans.”

At the start of the project
A full roll of 3D woven denim with every jeans panel woven in place

02 · Method

Two ways to make a jean.

Same five-pocket, same indigo warp, same kind of factory. The difference is where the pattern lives: on a cutting table, or in the loom.

Cut and sew

  1. 01Weave flat denim
  2. 02Lay out a marker, cut the panels
  3. 03Sew every seam
  4. 04Wash and finish

3D woven

  1. 01Weave every panel in one roll, layers and seams in place
  2. 02Finish the roll: soft inside, raw outside
  3. 03Cut along the woven lines
  4. 04Sew only what the loom cannot
Cut and sew3D woven

Sewn seam length

13.7 m
8.2 m

Measured on this pattern in CLO3D, men’s size 34. This is seam length; assembly time is still to be measured.

−40%

Fabric per pair

100%
about 80%

In cut and sew, 15 to 25% of the fabric stays on the cutting-room floor. Here the panels are woven to size; I kept a few small cut-outs for fit.

−20%

Water at fibre level

100%
about 75%

From 30% hemp in the fabric. Growing the fibre is 68% of a jean’s water footprint.

−25%

Microplastics

Cut and sewPolyester thread and labels are common

3D wovenCellulose thread and a woven label

0

End of life

Cut and sewRivets, zips and patches are cut away, often with the whole top section

3D wovenBar tacks instead of rivets. Unscrew the buttons and what’s left is cellulose: cotton, hemp and cellulose thread

Fully

Estimates from the thesis evaluation of the 3D woven pair against conventional cut and sew. Context: one pair of Levi’s 501 uses 3,781 litres of water and 33.4 kg CO₂e over its life, 68% of that water to grow the fibre (Levi Strauss & Co., 2015).

03 · Process

Six stages, yarn to feedback.

Select a stage, or use the arrows

01 / 06

03 · Process / Iterations

Five versions to one pair.

“Fixing the fly, only to move the pocket, and then the yoke is off.”

From my thesis, on balancing fit, waste and looks
Six versions of the jeans in a row: sketch, CLO3D model, calico prototype, first and second woven prototypes, and the final pair
  1. V1Sketch to 3D

    Folding structures and seam positions tested; two zero waste concepts built in CLO3D.

  2. V2Cut and sew

    Yoke curve added. The back pockets now come from the crotch cut-out, so that piece isn’t waste. Pattern split into a top and a bottom section.

  3. V3First woven

    The first pair off the loom. Yoke raised and pockets enlarged for fit, a two-layer fly woven onto the waistband, seam allowances woven in.

  4. V4Second woven

    Pockets turned inside out to hide fraying, a finer Ne 10 weft so the top section closes supple, shrinkage built into CLO3D, and room in the waistband for tailoring.

  5. V5Final

    The top section flipped to show indigo instead of white weft, the yoke angle tuned to lose excess fabric at the back, and pattern and graphic editions from the same file.

03 · Process / Tech pack

Specified for the factory.

Written for Diamond Denim: front, fly, pocket, back and pocket bag specs, with stitch types, placements and bar tacks in place of rivets. Their team in Pakistan assembled pairs from it and my assembly guide.

04 · Result

Woven, cut, worn.

Swipe, drag or use the arrows. Or just keep scrolling.

01Cut along the woven lines, no marker needed
02Layers separate where the pattern tells them to
03Woven seams: 8.2 m of sewing instead of 13.7 m
04Fit tested on the body, from women’s 34 to men’s 34
05The finished pair
06Worn: fitted, and not afraid of a little karate kick
01 / 06

04 · Result / The pair

The finished pair.

Photographed as woven. Select a detail, or step through with the arrows.

Front

Back

01 / 07
Front of the 3D woven jeans
Back of the 3D woven jeans

04 · Result / Details

Denim codes, woven in.

The fifth pocket, the label and the sculpture graphic are part of the weave. Nothing to peel off or separate before recycling.

01 / 05

Fifth pocket, woven in place

05 · Design language

Should it look like denim?

“Design really needs to be more conventional.”

Industry respondent

“I want to see a garment pattern that is uniquely a product of 3D weaving.”

Industry respondent

Both, from the same loom. I kept the base pair classic on purpose, so the industry recognises it as denim. Three weave variables add everything else.

05 · Design language / Variables

Three variables. One loom.

Every surface effect comes from how the threads bind, not from print or trims.

Close-up: Orientation
Orientation

The same pattern, turned. Left and right twill run the pattern in different directions.

Close-up: Structure
Structure

Different weave structures sit side by side in one fabric.

Close-up: Graphic
Graphic

Warp and weft swap places to draw an image in contrast.

01 / 03 · OrientationThe same pattern, turned. Left and right twill run the pattern in different directions.

02 / 03 · StructureDifferent weave structures sit side by side in one fabric.

03 / 03 · GraphicWarp and weft swap places to draw an image in contrast.

CombinedMix and match all three. Only the file changes, so a new edition costs almost nothing extra to make.

01 / 03

05 · Design language / Editions

Woven four ways.

One zero waste pattern, four editions. Only the map of bindings changes between standard, pattern and graphic, and the women’s pair is the same pattern, scaled.

Select a pair to enlarge

StandardWomen's
StandardMen's
PatternMen's
GraphicMen's

Standard, women’s · Standard, men’s · Pattern, men’s · Graphic, men’s

05 · Design language / Colour and finish

Colour, set in the loom.

Industry respondents asked for more on colour, finish and wash. In 3D weaving those are decided in the yarn and the binding, before the roll leaves the loom.

  1. 01Indigo warp

    Ring-dyed indigo, so it fades with wear like any good pair of jeans.

  2. 02Pastel by nature

    Warp-dyed 3D woven denim comes off the loom with a pastel-like saturation. Dyed weft yarns can deepen it; the warp on the loom stays the same.

  3. 03Indigo where it shows

    V5 changes the top section’s single-layer weave to show saturated indigo instead of the white cotton weft.

  4. 04Soft inside, raw outside

    Only the inside of the legs is finished: soft against the skin and somewhat preshrunk, while the outside stays raw.

06 · Response

From thesis to trade show.

After my 20-minute online tech talk, 16 of the 50+ denim professionals attending answered an anonymous survey. 10 of them had more than 10 years in the industry, and half named zero waste as the most interesting part.

14/16

See value for a more sustainable industry

10/16

Expect brands to adopt it within 5 years

7/15

Would accept up to 25% higher production cost

“Great to see the industry challenged.”

Industry respondent

Seven respondents doubted the look and feel, six the scale and cost. Fair questions, and the next ones to answer.

PressSourcing Journal: New Project Explores Creative and Sustainable Benefits of 3D Woven Jeans

April 2024Kingpins Loves Education panel and light installation, two weeks after I graduated.

01 / 05

The jeans in the Kingpins light installation

Event photos: Kingpins Amsterdam and Team Peter Stigter, April 2024

07 · Outcome

It already works on the looms mills run today.

Saving material, labour, waste and water. The brief asked for a five-pocket that looks and feels like denim, from an existing supply chain, with less cutting, sewing and waste. The final pair does all three and sits at technology readiness level 6 to 7: past the lab, not yet on the shelf. What’s next: a full size range, a cost model, and patterns that fit from a body scan.

“Every obstacle provided an opportunity for improvement, both in my skills and the 3D woven design.”

From my thesis, reflecting on the results

ChairDr. Holly McQuillan, TU Delft

Mentor and weave expertMilou Voorwinden, TU Delft

Industry partnerDiamond Denim: Maurizio Baldi, Farhan Afzal

Denim expertMohsin Sajid, Endrime

Builds onBarbara Vroom’s 3D woven denim jacket and Sterre de Jager’s systems study

Tech talkWatch on YouTube

In development

Next: zero waste streetwear.

Zero waste pattern concepts in CLO3D: a tracksuit, a baggy set with an oversized graphic, and a dress.

Each one could follow the route of the jeans: one map of bindings, woven to shape, then a short assembly. A first look at where 3D woven garments can go beyond five-pocket jeans.

01 / 05

Zero waste tracksuit, CLO3D

The moment before something is madeAfter Michelangelo, The Creation of Adam, Sistine Chapel, 1508 to 1512