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NedGraphics Texcelle Program 2021 — Practical Guide

1. The Core Purpose: "Pixel-Perfect" Design

Unlike Adobe Photoshop, which treats designs as flat images, Texcelle is structure-aware. It understands that a design is made of yarns, not just pixels.

• Weave & Tufting Integration: It is the bridge between the creative artist and the production machine. It supports complex loom configurations (like Stäubli, Van de Wiele, and Schönherr) and tufting machines (Cobble, tufting machines with cut/loop capabilities).
• Color Reduction & Cleaning: A major feature in Texcelle 2021 is its advanced toolset for reducing colors in scanned images to match specific yarn palettes while maintaining the integrity of the design edges.

3. Weave Library and Structural Analysis

Texcelle 2021 shipped with an updated Smart Weave Library containing over 1,500 base structures (twill, satin, crepe, etc.) and compound constructions. nedgraphics texcelle program 2021

• WeaveConverter Tool: This tool automatically converts scanned fabric swatches into editable digital weaves using AI-assisted recognition. While later versions improved this, the 2021 release made it stable for production use.
• Float Control: A dedicated warning system alerts the designer if a float exceeds a user-defined threshold (e.g., more than 5 picks for upholstery), drastically reducing mill errors.

Who it's for

• Textile designers, print designers, mills, technical designers, and production planners who need a bridge between creative patterning and manufacturing-ready files.

Key Features of the NedGraphics Texcelle Program 2021

The 2021 version fine-tuned existing workflows while introducing specific tools that cater to the demands of Industry 4.0. Here are the standout features that defined this release: NedGraphics Texcelle Program 2021 — Practical Guide 1

What it does

• Centralized textile design environment for repeatable patterns, color management, and technical specifications.
• Tools for weave, knit, and printed textile design with simulation and visualization.
• Integration options for production output: color separation, technical weaves, and export to industry-standard formats (e.g., DM, JPEG, TIFF, and production-ready weave files).
• Libraries and templates to speed up creation of repeats, complex dobby/ jacquard structures, and yarn simulations.

What’s Frustrating (Cons)

• Outdated UI – The interface still looks like a Windows 98-era application. Menus are deep, and iconography is unintuitive for new users.
• Steep Learning Curve – You need a strong understanding of weave theory; this is not a "paint and click" tool. Training is essential.
• Performance – While improved in 2021, handling very large jacquard repeats (>50k picks) can still cause lag on standard PCs.
• Expensive – NedGraphics products are enterprise-priced. Not feasible for freelancers or small studios.
• Limited Mac/Linux Support – Runs only on Windows (or via emulation).

Benefits

• Reduced sampling cycles and faster time-to-market.
• More accurate production-ready files, lowering miscommunication with mills.
• Easier management of colorways and repeats across collections.

3. Importing assets

• Vector: import AI/EPS (convert text to outlines) or SVG for crisp scaling.
• Raster: import TIFF/PSD/JPG. For best print quality use TIFF with embedded ICC profile and no compression.
• Scanning: clean scans in high resolution and crop before import.