Jacquard Raschel is a versatile and comprehensive software solution designed specifically for the development of Jacquard Raschel patterns. It provides a wide array of functions and tools, empowering designers and technicians to maximize both their creative potential and production efficiency when generating and processing patterns for Jacquard Raschel machines.

The software enables rapid design realization, allowing users to go seamlessly from initial sketch to finished pattern. Key features include scaling, repeating, contouring, float management, and the setup of various structures, all of which can be directly exported as machine data compatible with Raschel knitting machines. This streamlines the transition from design concept to production, saving time and reducing errors.

Rich set of design functions provides extensive creative freedom—from intricate pattern creation to detailed structural adjustments—supported by sophisticated editing modules that facilitate pattern development with precision. These modules support complex pattern creation, enabling the development of innovative fabrics tailored to specific technical or aesthetic requirements.

The system offers fast-track preparation of machine-readable data suitable for all types of Jacquard Raschel machines, ensuring compatibility with a variety of equipment brands and models. It also benefits from a close collaboration with Karl Mayer, the world’s leading manufacturer of Jacquard Raschel machines, ensuring the software remains aligned with industry standards and technological advancements.

An outstanding feature is the real-time fabric simulation during pattern development. This allows designers to visualize the fabric appearance instantly, providing immediate feedback on how the pattern will look when knitted. This dynamic visualization assists in making design adjustments on the fly, reduces the need for physical sampling, and ensures the fabric meets the desired specifications before production begins.

In summary, Jacquard Raschel combines powerful design, editing, and simulation tools—supporting innovation, optimizing workflow, and enabling seamless integration into high-end textile manufacturing processes.

Multibar Lace within DesignScope Lace (formerly known as ProCad Developer) offers a comprehensive suite of functions designed to maximize both creative freedom and development productivity when creating and processing Multibar and Jacquardtronic® patterns. This software provides an extensive set of tools tailored specifically for lace and multibar fabric design, making it an ideal solution for complex pattern development and technical textiles.

The system allows for fast design realization, enabling users to quickly transform initial sketches into detailed patterns, supporting a smooth workflow from concept to production. Its advanced layer technique facilitates the creation of complex patterns incorporating Jacquard, Multibar, and lace-specific features—each layer can be manipulated independently, allowing for intricate designs with rich textural variations.

A rich set of design functions provides extensive options for pattern development, including detailed control over motifs, structure, and knitting techniques. The software’s extendable libraries further enhance productivity by offering pre-defined design parts, Jacquard grounds, yarn definitions, lappings, design templates, and machine configurations, which can be adapted or expanded to meet specific project needs.

An outstanding feature is the real-time fabric simulation during the development process. This allows designers to visualize the fabric's appearance instantly, providing immediate visual feedback on pattern detail, transparency, and texture. This simulation supports iterative design improvements, reduces the need for physical samples, and helps ensure the final fabric aligns with the creative and technical standards required.

In summary, DesignScope Lace with its Multibar Lace module combines powerful pattern creation, flexible layering, extensive resource libraries, and real-time visualization—enabling innovative, efficient, and precise lace and multibar fabric development suited for both artistic designs and technical applications.

Developing Tricot and Spacer Fabrics is now easier than ever with a system designed for seamless handling using standard technical data. The software provides a straightforward approach to fabric development, making the process accessible and efficient, even for complex designs and large repeat patterns.

With rich editing functions, you can create and modify extensive repeat patterns quickly and effortlessly. These tools allow for detailed control over pattern layout, structure, and design elements, ensuring that even very large and intricate repeats can be developed with minimal effort.

The software includes automatic calculation features that provide instant insights into key production parameters such as yarn consumption, fabric weight, yarn costs, and more. This comprehensive support enables precise planning and cost estimation right from the development stage, streamlining the transition from design to production.

The system offers full support for a wide range of fabric types, including flat, spacer, elastic, and rigid fabrics. It caters to a diverse spectrum of applications, such as technical textiles, medical fabrics, sportswear, and underwear or outerwear, ensuring versatility for various industry needs.

Compatibility extends to any brand of tricot machine, including mechanical models, providing flexibility regardless of existing equipment. This broad support simplifies the integration of the design process with actual manufacturing.

A key feature is the real-time fabric simulation available throughout the development process. This instant visualization helps designers and engineers evaluate fabric appearance, texture, and structure as they work, supporting iterative adjustments and reducing development time and costs.

In summary, this system allows users to develop, optimize, and visualize tricot and spacer fabrics efficiently, leveraging standard data, automation, and simulation capabilities to meet the demands of modern textile production across diverse applications.