Developed as part of the broader NedGraphics textile suite, Texcelle has become the standard for high-end print studios, especially those dealing with .
Finally, the program calculates the optimal screen angles (e.g., 45° for cyan, 35° for magenta) to avoid moiré. It exports individual channel files (one per color) at the engraver's required resolution (e.g., 60 lines/cm, elliptical dot shape). Nedgraphics Texcelle Program
| Feature | Adobe Photoshop | Nedgraphics Texcelle | | :--- | :--- | :--- | | | Manual clone/heal; visible seams | Automatic, mathematically seamless | | Color Separation | Manual channel splitting; limited trap control | Automated with dynamic trap, choke, and spread | | Fabric Simulation | Requires third-party plugins | Integrated weave & yarn database | | Shrinkage Mapping | Distort/warp; trial & error | Predictive compensation based on fabric type | | Production Output | Generic TIFF/PDF | Direct machine & RIP protocols | | Learning Curve | Widely known | Steep; requires textile engineering knowledge | Developed as part of the broader NedGraphics textile
For companies like , adopting Texcelle represented a digital turning point. Traditionally, textile design involved a slow process of manual cleaning and physical sampling. Texcelle allows these teams to: | Feature | Adobe Photoshop | Nedgraphics Texcelle
If you are a textile engineer, a fashion designer, or a production manager looking to scale your digital printing workflow, understanding the Texcelle program is critical. This article provides a comprehensive deep dive into what Texcelle is, how it works, its key features, and why it remains an industry gold standard.
Texcelle files can be seamlessly exported to other NedGraphics modules, such as Product Creator , to add technical weave structures.