Preview Embroidery and Patches on a 3D Cap
Preview flat embroidery, 3D puff, woven patches, chenille and production-style decoration effects on a 3D cap before sampling or bulk production.
Flat embroidery, 3D puff, woven patches and chenille — previewed in 3DReview decoration techniques before sampling or bulk
The CBOs 3D embroidery preview shows how the same logo behaves as flat embroidery, 3D puff, a woven patch or a chenille patch. Brands can compare decoration techniques side-by-side before committing to one for sampling.
Test every decoration technique on the same cap
How to preview flat embroidery, 3D puff, patches and chenille in 3D so the decoration choice is intentional, not accidental.
Preview flat embroidery for clean brand marks
Flat embroidery is the classic cap decoration. Preview stitch density and edge quality in 3D before sampling.
Test real 3D puff embroidery on curved panels
3D puff adds depth to logos. The CBOs 3D Editor shows real puff behavior on the cap shape, not a flat illustration of it.
Compare woven patches and chenille in 3D
Woven patches give sharp detail, chenille gives heavy texture. Review both options on the same cap before committing.
When the decoration technique changes the whole cap
Use this page when the same logo could become flat embroidery, 3D puff or a patch, and the brand needs to see the difference before sampling.
From 3D cap design to product and manufacturing
3D Embroidery Preview FAQ
How accurate is the 3D puff preview?
The CBOs 3D Editor shows real puff depth on the cap shape, so brands can judge whether puff is the right technique before sampling — not after.
Can I compare decoration techniques on the same cap?
Yes. You can swap the same logo between flat embroidery, 3D puff, woven patch and chenille patch directly in the 3D Editor.
Does the preview translate into manufacturing notes?
Yes. Approved decoration choices become part of the sampling brief and the manufacturing handoff.
Choose the decoration before the sample, not after
Preview flat embroidery, 3D puff and patches on the same 3D cap, then send the right technique into sampling and production.