Preset
Preview image
A 3D product preview with editable artwork placement. The downloads contain artwork areas; manufacturing patterns and hardware drawings are not included. The artwork is a sample from a fictional brand — swap in your own in the editor.
Artwork placementApparel & merchandise
Knotted-hem T-shirt decoration template
A crew-neck tee with one front hem corner gathered into a tied knot, lifting the adjacent hem diagonally. Choose which side carries the knot. Optional left/right upper-arm artwork edits independently on both front and rear sleeve faces. Exported pieces are artwork presentation references; confirm production limits with the garment supplier. Sewing and grading patterns are separate. A parametric template — adjust the object dimensions and decoration area to preview your artwork at size.
Object size520 × 720 mm
Artwork area291.2 × 324 mm
Download the artwork templatePro
Sign in to download. Dieline downloads are part of Pro: PDF, Illustrator, SVG and DXF, with the artwork area and bleed, without a watermark. See plans
- Reference
- —
- Object size
- Object width 520 · Object height 720 mm
- Size range
- Object width 286–832 · Object height 396–1152 mm
- Parts
- 2 parts — Front decoration, Back decoration
- Artwork area
- 0.189 m²
- Good for
The flat artwork area
Exactly what the downloads contain, drawn from the template at its default size, with a 3 mm bleed.
- Artwork boundary
- Bleed 3 mm
Adjustable in the editor
Alongside dimensions, the template offers 4 options; the template and 3D preview follow each change.
- Separate sleeve artworkon / off
- Rear sleeve artworkon / off
- Object colour17 options
- Knot side2 options
Ready-sized knotted-hem t-shirt presets
The same model with sizes and artwork options ready to customize.
- Preset
Preset
Preset
Similar structures
Other structures built in a similar way, matched on code family, category, closures and proportions.
Make this knotted-hem t-shirt yours
Set the artwork area, add your design and export the dimensioned artwork template, or stage the product in a 3D scene.