Artificial intelligence is increasingly reshaping product development beyond software and enterprise automation, extending into the physical manufacturing process. CLO Virtual Fashion has introduced the CLO zFab Kit, an AI-powered fabric digitization solution designed to help brands, textile mills and suppliers create production-ready digital fabric assets without requiring a traditional CLO software license, expanding access to digital material workflows across the fashion supply chain.
CLO Virtual Fashion has launched the CLO zFab Kit, an AI-powered fabric digitization platform aimed at simplifying how physical textiles are converted into high-fidelity digital materials. The company says the solution enables brands, manufacturers, fabric mills and sourcing partners to generate production-ready digital fabric assets through a web-based workflow without installing or licensing the company’s flagship 3D fashion design software.
The release reflects the growing role of artificial intelligence in digital product creation, where industries are using AI, computer vision and automation to bridge physical manufacturing with digital design environments. As fashion companies accelerate investments in 3D product development, digital twins and virtual sampling, fabric digitization has become a critical component of modern apparel workflows.
One of the most notable aspects of the launch is the platform’s standalone deployment model. Unlike previous fabric digitization workflows that often depended on specialized software environments and trained operators, the CLO zFab Kit can be used independently through CLOFAB on CLO-SET, allowing organizations across the supply chain to digitize fabrics without purchasing a separate CLO software license.
This broader accessibility could significantly expand digital material creation beyond design studios to include textile manufacturers, sourcing teams, material libraries and fabric agents, enabling earlier collaboration during product development.
At the center of the platform is a combination of dedicated hardware and AI-powered analysis.
The CLO zFab Kit consists of three purpose-built devices—the zFab Cutter, zFab Scanner and zFab Draper—that work together to capture both the visual appearance and physical characteristics of fabric samples. Using a single circular fabric swatch, the system generates high-fidelity digital materials complete with physically based rendering (PBR) texture maps and physical property data suitable for digital garment simulation.
According to CLO Virtual Fashion, proprietary AI models trained on the company’s extensive textile dataset automate much of the digitization process, reducing operator variability while improving consistency across locations and production teams.
The company’s emphasis on automation addresses one of the long-standing challenges in digital fashion: achieving repeatable, accurate fabric representation. Traditional digitization methods often involve manual measurements, specialized equipment and labor-intensive workflows that can introduce inconsistencies between suppliers and brands.
By automating measurement, scanning and analysis, the CLO zFab Kit aims to produce standardized digital materials that can support design reviews, virtual prototyping and production planning with greater confidence.
Compatibility is another focus of the platform. While the generated assets integrate directly with CLO’s 3D ecosystem, they can also be exported into other 3D design environments, reducing interoperability challenges that frequently arise when organizations use multiple visualization and simulation tools throughout the product lifecycle.
The launch also reflects broader digital transformation trends across the fashion industry.
Major technology companies including Adobe, Microsoft, NVIDIA and Google continue investing in generative AI, 3D content creation and digital collaboration platforms that support creative industries. At the same time, apparel manufacturers are increasingly adopting AI-driven design tools, virtual sampling and digital material libraries to reduce development timelines and improve sustainability.
For fashion brands, one of the largest operational benefits of digital fabric assets lies in reducing reliance on physical sampling. Traditional apparel development often requires multiple rounds of material shipments between mills, suppliers and design teams, contributing to longer product development cycles, increased costs and higher environmental impact.
By enabling suppliers to produce standardized digital fabric representations earlier in the workflow, the CLO zFab Kit has the potential to shorten approval cycles while reducing the number of physical samples transported across global supply chains.
Industry analysts have identified digital product creation as an increasingly important area for apparel manufacturers. According to McKinsey & Company, fashion companies continue to accelerate digital transformation initiatives as they seek faster product development and more resilient supply chains. Meanwhile, Statista projects sustained growth in the global digital fashion and 3D design software market as brands expand investments in virtual product development and AI-enabled design technologies.
Beyond design efficiency, the platform highlights the growing convergence of artificial intelligence, computer vision and digital manufacturing. Rather than functioning solely as a creative tool, AI is increasingly becoming part of production infrastructure by generating standardized digital assets that improve collaboration across suppliers, manufacturers and retailers.
For enterprise fashion organizations, the availability of a standalone AI-powered digitization platform may also lower adoption barriers for partners that previously lacked access to specialized 3D design software. That broader participation could strengthen digital collaboration throughout the apparel value chain while supporting more consistent product data from initial material sourcing through final production.
As the fashion industry continues transitioning toward digital-first product development, solutions such as the CLO zFab Kit demonstrate how AI is expanding beyond generative content creation into practical manufacturing applications that improve efficiency, interoperability and supply chain collaboration.
Market Landscape
Digital transformation is reshaping apparel manufacturing as brands increasingly adopt AI, 3D design platforms and digital material libraries to accelerate product development and reduce waste.
Technology providers including Adobe, Microsoft, NVIDIA, Google, and fashion technology specialists are investing in AI-powered content creation, simulation and collaborative product development. According to McKinsey & Company, digital product creation has become a strategic priority for fashion companies seeking greater speed, sustainability and supply chain resilience. Statista also projects continued expansion of the digital fashion technology market as virtual sampling and AI-enabled workflows become more widely adopted.
Top Insights
- CLO Virtual Fashion introduced the standalone CLO zFab Kit, allowing brands, textile mills and suppliers to digitize fabrics without requiring a CLO software license.
- The platform combines AI with dedicated scanning hardware to generate production-ready digital fabrics, including PBR texture maps and physical material properties from a single fabric sample.
- AI automation reduces manual measurements and improves consistency, enabling standardized digital assets that support virtual product development across distributed supply chains.
- The solution targets suppliers as well as design teams, expanding access to digital material creation throughout the fashion ecosystem and accelerating collaboration.
- By reducing physical sample shipments and approval cycles, the platform supports broader industry efforts to improve operational efficiency and sustainability.
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