Program - Nedgraphics Texcelle

The textile industry has moved far beyond hand-drawn sketches and manual looms. Today, the speed of fashion and home interior trends demands a digital-first approach. At the heart of this evolution is NedGraphics Texcelle, a specialized CAD (Computer-Aided Design) software that has become the gold standard for professional designers in the carpet, rug, and jacquard industries.

Whether you are a seasoned designer or a manufacturer looking to streamline production, understanding the capabilities of the Texcelle program is essential for staying competitive. What is NedGraphics Texcelle?

NedGraphics Texcelle is a high-performance design and retouching tool specifically engineered for woven fabrics and floor coverings. Unlike general graphic design software like Adobe Photoshop, Texcelle is built with the constraints and technical requirements of textile machinery in mind.

It allows designers to create intricate patterns, manage massive file sizes (common in large-scale rugs), and ensure that what is seen on the screen can actually be produced by a weaving machine. Key Features of the Texcelle Program 1. Precision Retouching and Drawing

Texcelle offers a vast array of drawing tools designed for pixel-perfect accuracy. Designers can easily clean up scanned artwork, refine "jaggies" on curves, and ensure that every point in a pattern corresponds to a specific warp and weft intersection. 2. Advanced Color Management

In textile manufacturing, color accuracy is everything. Texcelle allows for:

Color reduction: Instantly reducing a complex image to a specific number of yarn colors. Nedgraphics Texcelle Program

Palette swapping: Quickly testing different colorways for a single design without starting from scratch.

Library integration: Linking designs to physical yarn libraries for realistic previews. 3. Handling Large Scale Designs

One of Texcelle’s greatest strengths is its stability when handling high-resolution, large-scale files. Designing a 9x12 foot area rug requires a massive amount of data; Texcelle manages these files smoothly, preventing the crashes or lag often found in non-specialized software. 4. Seamless Repeats

Creating a "seamless repeat" is a fundamental task in textile design. Texcelle automates much of this process, allowing designers to visualize how a pattern will tile across meters of fabric instantaneously. Why Manufacturers Prefer Texcelle

The real power of NedGraphics Texcelle lies in its integration. It is not just a drawing tool; it is the first step in a production pipeline.

Machine Compatibility: Texcelle files can be seamlessly exported to other NedGraphics modules, such as Product Creator, to add technical weave structures. The textile industry has moved far beyond hand-drawn

Efficiency: By catching design errors in the digital phase, companies save thousands of dollars in wasted yarn and machine downtime.

Realistic Simulations: Before a single thread is dyed, Texcelle can help generate 3D simulations that show clients how the finished product will look in a room setting. The Learning Curve

Because Texcelle is a professional-grade, technical tool, it does require specific training. Most industry experts recommend taking a dedicated course to master its layering systems, shading effects, and weaving technicalities. Once mastered, however, it significantly reduces the time from "concept to catwalk." Conclusion

The NedGraphics Texcelle program is more than just design software; it is a bridge between creative vision and industrial reality. By combining artistic freedom with technical precision, it remains the go-to solution for textile professionals worldwide who want to produce high-quality, complex designs with efficiency.

3. Advanced Stitch Effects

To avoid long floats (which snag or break), Texcelle automatically breaks up continuous areas of color using "stitch" patterns. The user controls the maximum float length, ensuring the fabric passes durability tests while retaining the visual design.

Texcelle vs. Adobe Photoshop: A Critical Comparison

Many small print shops ask: "Why do I need Texcelle? Can't I just use Photoshop?" Intelligent Flattening: Converts RGB or spot color artwork

The Verdict: Photoshop is ideal for concept art and mood boards. Texcelle is mandatory for high-volume production where misregistration costs thousands of dollars per run.

1. Advanced Color Separation (Photo-Less Separation)

Traditional separation methods rely on manual masking or third-party plugins. Texcelle automates this with proprietary algorithms.

Intelligent Flattening: Converts RGB or spot color artwork into a limited palette suited for rotary or flatbed screens.
Underbase & Highlight Handling: Automatically generates underbase layers for dark fabrics and highlight whites for bright designs.
Trap & Choke Controls: Prevents unsightly gaps (halos) between colors due to fabric stretch or screen misalignment.

Step 4: Separation & Trapping

The software separates the design into production colors (e.g., 8 spot colors + white base). The user sets trapping values (typically 0.3mm to 0.5mm). Texcelle generates a preview overlay showing where colors overlap or gap.

Tips for getting the most from Texcelle

Maintain a well-organized yarn and color library for reuse across collections.
Calibrate simulation settings (drape, yarn thickness) to match your mill’s materials for more accurate previews.
Use repeat and motif snapping tools to ensure seamless tiling at production scale.
Export both visual mockups and technical exports—mills often need both for production and quality checks.
Keep documentation for versioning colorways and structure changes to trace development decisions.

Initial Setup (Crucial)

Before you draw, you must set your parameters.

Set Dimensions: Go to File > New. Define your Width and Height.
- Tip: Always define if you are working in Metric (cm/mm) or Imperial (inches) based on your mill's requirements.
Resolution (PPI/DPI): Usually set between 254 and 720 DPI depending on the output loom.

Who Should Use the Texcelle Program?

The Nedgraphics Texcelle Program is not for the casual hobbyist. It is enterprise-grade software. Ideal users include:

Textile Print Mills: To prepare files for Reggiani, MS, or Zimmer digital printers.
Carpet Manufacturers: For designing Axminster, Wilton, or tufted carpets (Nedgraphics originated here).
Home Furnishing Companies: For drapery and upholstery fabrics requiring large, precise repeats.
Engineering Studios: Providing separation services for small fashion labels who lack in-house expertise.

Common use cases and examples

Designing upholstery with complex jacquard patterns and delivering liftplans to a weaving mill.
Creating knitted fashion fabric samples with multiple colorways and exporting machine instructions.
Producing large repeating motifs for home textiles with accurate yarn counts and realistic drape previews.