Users apply realistic structures directly to raw creative sketches. Key Evolutions: 2016 vs. 2021
CAD/CAM Software Solutions for Creative Design | NedGraphics
Between 2016 and 2021, the software evolved from a stable industry standard into a more integrated, high-efficiency tool, setting the stage for the cloud-connected and AI-enhanced features seen in current versions like . Core Capabilities for Textile Design nedgraphics texcelle 2016 2021
For applying actual weave structures to the design.
The updated tools and faster processing mean designs are created faster, reducing time-to-market. Users apply realistic structures directly to raw creative
Textile printing and weaving require strict color accuracy. Between 2016 and 2021, Texcelle perfected its color-reduction engines. Designers can scan a hand-painted artwork and cleanly reduce it to a specific number of clean, flat yarn colors without losing the essence of the original gradients or shading. 3. Seamless Integration with Weaving and Tufting
: The software expanded its ability to create realistic woven fabric simulations, effectively replacing physical samples and reducing waste. This was further supported by 3D mapping services to visualize designs on finished products like sofas or flooring. Core Technical Features Core Capabilities for Textile Design For applying actual
In 2020, NedGraphics announced several new developments and innovations for Texcelle, including:
Export error-free technical data directly readable by modern electronic jacquard controllers and tufting machines (e.g., Stäubli, Bonas, Van de Wiele). Optimizing Your Texcelle Workflow
The lasting relevance of the 2016–2021 versions rests on several specialized technical features built into the Texcelle interface.