When a designer painted with a "yarn" in Texcelle 2016, they weren't just painting a color; they were painting a physical object. The software calculated how light would interact with that specific yarn twist, rendering a preview that was startlingly close to the final produced fabric. By 2016, it was clear that designers were comfortable working within the Adobe ecosystem. NedGraphics recognized this and strengthened the bridge between Texcelle and Photoshop.
In the intricate world of textile design, where the precision of a single thread can dictate the quality of a million-dollar fabric batch, software serves as the bridge between artistic vision and industrial reality. While the fashion industry is perpetually looking forward to the next season, the tools that build those seasons must be robust, reliable, and revolutionary. Nedgraphics Texcelle 2016
In the landscape of Computer-Aided Design (CAD) software for textiles, few releases have been as pivotal as . Serving as the flagship solution for carpet and woven fabric design, this version represented a maturation of digital workflows that changed how mills and designers approached texture, color, and production. When a designer painted with a "yarn" in
Users could import Photoshop files (PSD) into Texcelle, preserving layers and color palettes. This allowed for a hybrid workflow: designers could use Photoshop for sketching and photo-manipulation, and then port the work into Texcelle 2016 to apply the rigorous technical constraints (loom setups, weave structures, and color In the landscape of Computer-Aided Design (CAD) software
Designers were no longer just drawing patterns; they were simulating physics. They needed to visualize exactly how a cut-pile carpet would catch the light or how a jacquard weave would feel to the touch before a single machine was spun up.
NedGraphics, a powerhouse in the industry, released Texcelle 2016 to answer these demands. It was not merely an update; it was a comprehensive toolkit designed to solve the "art-to-part" bottleneck that plagued many mills. Texcelle has always been synonymous with high-performance design, particularly for carpets, rugs, and velours. The 2016 release refined this reputation through several key pillars: 1. The Ultimate Drawing Toolbox At its heart, Texcelle is a drawing instrument. The 2016 version expanded the artistic freedom of the designer by introducing advanced brush mechanisms. Unlike standard vector software (like Adobe Illustrator), Texcelle 2016 was pixel-perfect. It allowed designers to create "non-repetitive" repeats—designs that looked organic and random but technically tiled perfectly across infinite yardage.
Features such as allowed for the instant creation of complex geometries. A designer could draw a motif, and the software would instantly calculate how that motif would repeat, mirror, or drop across the fabric width. For carpet designers, this was a game-changer, allowing for the creation of large-scale "wall-to-wall" patterns without visible gridlines. 2. Woven Structure Simulation Perhaps the most technically demanding aspect of Texcelle 2016 was its weave simulation engine. For woven fabrics, a design is not just a picture; it is a set of instructions for a loom.