In apparel product development, most printed garments are produced using either fabric printing before cutting or garment printing after sewing.
Between these two methods lies another technique that offers significantly greater design flexibility: cut-and-sew printing, also known as cutting-piece printing. Each garment panel is to be applied with individual print, and while these panels are sewn together the finished garment would show a complete picture. In some case, we also call it positioned printing.
So why do designers favor this technique?
The main advantage is precise print placement. Designers can position graphics exactly where they want them to appear on the finished product. This allows for large-scale artwork, engineered prints, and continuous designs that would be difficult or impossible to achieve through conventional garment printing.
Cutting-piece printing is widely used in categories where visual impact is a key selling point, for example, our Resort shirts and matching sets collection.
So what are the challenges for manufacturers?
To achieve the intended visual result, manufacturers must carefully control:
• Pattern alignment between garment panels
• Print registration accuracy
• Fabric distortion during printing
• Shrinkage consistency after printing and finishing
• Marker planning and cutting precision
• Color consistency across production lots
Even small deviations can cause artwork misalignment at critical joining points, especially the overlapping parts.
For this reason, successful cut-and-sew printing requires close collaboration between designers, pattern makers, printing specialists, and garment manufacturers from the earliest stages of development.
From a design perspective, cut-and-sew printing offers exceptional creative freedom.
From a manufacturing perspective, it represents one of the more technically demanding processes in apparel production.
The most successful products are often those where creativity and production engineering work together from the very beginning.
