If you are a fashion manufacturer struggling to compete with low-cost imports from Asia — this project developed a connected system linking virtual product design directly to digital cutting and sewing lines, enabling consumer-driven local production with zero inventory. The system was demonstrated live with a physical from-roll-to-bag production line across multiple European countries through road show workshops with 9 consortium partners.
Virtual Design Meets On-Demand Manufacturing to Bring Fashion Production Back to Europe
Imagine buying a bag online where you design it yourself using a virtual avatar, and instead of it being mass-produced overseas, a local factory cuts and sews it on the spot — no warehouse, no leftover stock. That's what this project built: a system that connects the fun part (designing your own product on screen) straight to a local production line that makes it from a roll of fabric to a finished bag in one go. The goal was to help European fashion and sports goods makers compete with cheap imports by offering something mass production can't — truly personalized products made locally and fast.
What needed solving
European fashion and sports goods manufacturers are losing ground to low-cost imports because traditional production requires large inventories, long lead times, and mass-production runs that don't match what individual consumers actually want. The gap between what customers can imagine and what factories can economically produce in small batches keeps European makers stuck competing on price — a fight they can't win.
What was built
The project built a connected system linking interactive virtual product design (using avatars) to a continuous digital manufacturing line that produces finished goods directly from fabric rolls — demonstrated as a physical from-roll-to-bag production line. A total of 13 deliverables were produced, including road show workshop demonstrations across Europe where manufacturers and retailers could experience the system in operation.
Who needs this
Who can put this to work
If you are an e-commerce platform looking to offer true product customization beyond just color choices — this project built interactive avatar-based design technology that lets consumers create personalized fashion and sports goods online. The design data feeds directly into manufacturing, eliminating the gap between what customers want and what gets produced. The consortium included 5 SMEs and 7 industry partners who tested this integration.
If you are a sports goods company dealing with unsold inventory and long lead times from overseas suppliers — this project demonstrated a no-inventory continuous production model where items are manufactured only when ordered. The from-roll-to-bag concept was proven with a working production line and demonstrated at road show workshops organized across Europe in cooperation with local industry associations.
Quick answers
What would it cost to implement this virtual design-to-manufacturing system?
The project data does not include specific implementation costs or licensing fees. The system was developed and demonstrated by a consortium of 9 partners including 5 SMEs, suggesting it was designed to be accessible for smaller companies. Contact the coordinator for pricing details.
Can this system scale to handle large production volumes?
The system was designed for consumer-driven local production — meaning on-demand, personalized manufacturing rather than mass production. It connects virtual design directly to digital manufacturing equipment. The road show workshops demonstrated a physical from-roll-to-bag production line, proving the concept works at operational scale.
Who owns the intellectual property and can I license the technology?
The IP is distributed among the 9 consortium partners across 5 countries (Belgium, Switzerland, Spain, Finland, Sweden). With 7 industry partners and 5 SMEs involved, licensing arrangements would need to be negotiated with the relevant technology owners. The coordinator TAMPEREEN KORKEAKOULUSAATIO SR in Finland would be the first point of contact.
What specific technologies are included in the system?
Based on the project objectives, the system includes an interactive avatar for virtual product design, a radically new product construction system, and a continuous from-roll-to-bag production line connecting digital design to digital manufacturing. The project also studied consumer attitudes toward interactive sales and customization.
Has this been tested with real customers and manufacturers?
Yes. Road show workshops were organized in different countries demonstrating the full consumer-driven local production line. Apparel manufacturers, retailers, and software providers could see and experience the system either with a physical production line or through video demonstrations.
Is this compatible with existing manufacturing equipment?
The project aimed to connect existing enabling virtual design technology to enabling digital manufacturing technology. A kick-off round table workshop with IT suppliers was organized to utilize already available technology. Based on available project data, the system was designed to work with digital cutting and production equipment.
Are there regulatory requirements for using this system?
Based on available project data, there are no specific regulatory hurdles mentioned. The technology connects virtual design software to digital manufacturing equipment — standard CE marking and product safety regulations for finished goods would apply as usual.
Who built it
The fromROLLtoBAG consortium is heavily industry-driven with 7 out of 9 partners (78%) from the private sector and only 2 universities, which is a strong signal for commercial viability. The 5 SMEs in the consortium indicate the technology was designed with smaller manufacturers in mind. Spread across 5 countries (Belgium, Switzerland, Spain, Finland, Sweden), the consortium covers key European fashion and technology markets. The coordinator is TAMPEREEN KORKEAKOULUSAATIO SR, a Finnish higher education institution that likely provided the research backbone while industry partners drove the commercial application. This composition suggests the technology has been shaped by real market needs from day one.
- TAMPEREEN KORKEAKOULUSAATIO SRCoordinator · FI
- MIRALAB SARLparticipant · CH
- HOEGSKOLAN I BORASparticipant · SE
- DOUËLOU NVparticipant · BE
Contact the coordinator TAMPEREEN KORKEAKOULUSAATIO SR (Finland) through the CORDIS project page or the project website for licensing and collaboration inquiries.
Talk to the team behind this work.
Want to explore how on-demand digital manufacturing can transform your production? SciTransfer can connect you directly with the research team and help evaluate fit for your business.