TuftBot: Merging Robotics and Textile Art - ROBOTUFTART

opencall#2
winner
#OC2 Hybrid Team
energy
SUPSI

TuftBot develops a robotic tufting system optimized for Alpine coarse wool, transforming discarded regional fibers into high-value design and artistic textiles. By integrating traditional craftsmanship with adaptive robotics, the project promotes sustainable material valorization, circular economy principles, and innovative mid-tech textile production

TuftBot builds upon prior collaboration on technical validation of a robotic tufting system, which demonstrated the feasibility of processing coarse Alpine wool using robotics. The project addresses the structural limitations of conventional textile industries, which rely on standardized imported wool and exclude diverse regional fibers, resulting in large quantities of discarded raw wool.

It aims to develop an innovative production system that integrates robotic tufting with traditional wool craftsmanship, enabling an intermediate “mid-tech” approach that bridges manual artisanal methods and rigid industrial processes, offering flexibility, customization, and efficiency.

Through a modular robotic setup equipped with multi-frame tufting tools and supported by sensor-based monitoring, the project optimizes the design-to-production workflow for material variability. This approach enables small-scale, high-value production while preserving regional material production. By transforming discarded wool into economically viable products, Tuftbot supports circular economy principles, strengthens local supply chains, and contributes to environmental sustainability, biodiversity conservation, and innovation in contemporary textile art and design.

About