2D/3D Fashion Product Development Prototype Flamingo Pua V
- digital fabric printing of engineered garment pattern prototypes.
The Engineered Garment Pattern Prototype Printing Process
The process used for the non-permanent digital textile printing was just an ordinary 42 inch wide HP designjet inkjet printer.
Here is a link to an interesting article on Spoonflower titled “Made in the Carolinas.”
We did not have time to send these files out for a more permanent printing procedure as the entire process from virtual start to real world and ready for Runway finish for the 6 garments was three weeks and we do not have a more permanent digital printing system on campus. Since the garment pattern pieces were printed inside the cut line – it was quite simple to cut out the individual pattern pieces from the printed fabric. The fabric was paper-backed so the paper was pulled off. The 100% cotton jersey was then stabilized with some iron on fusible knit interfacing. The garments were constructed fast because, structurally they were very simple.
The next step was to prepare for the Runway event.
Next post: 2D/3D Fashion Product Development Prototype Flamingo Pua VI: Runway
note: If you are an educator and have a 2D/3D apparel/textile product development prototype project that either you or your student(s) created and would like to share with readers of this blog, please contact me at email@example.com
2D/3D Fashion Product Development Prototype Flamingo Pua IV: CLO3D virtual fashion show
2D/3D Fashion Product Development Prototype Flamingo Pua III: garment pattern development in OptiTex, garment sketch development, engineered garment pattern surface design development, OptiTex 3D simulation test.
2D/3D Fashion Product Development Prototype Flamingo Pua II: color palette, print pattern and garment sketch development.
2D/3D Fashion Product Development Prototype Flamingo Pua I: inspiration, initial research for concept & silhouette development
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