Engineered Lace for Handbags & Footwear

TEF Braids combines the centuries-old art of lace braiding with programmable technology to create a new generation of textile structures.

Our continuous-filament architectures offer intricate geometries, controlled expansion, and integrated structural features, opening new possibilities for luxury handbags, footwear, and accessories.

  • Unlike conventional woven or knitted fabrics, our programmable braiding technology allows individual yarns to form interconnected structures with controlled variations in density, openness, and expansion.

  • These transitions occur within a continuous fabric, allowing form, flexibility, and structural performance to evolve together.

  • Continuous lace braiding creates shaped and tubular textiles with minimal cutting waste. Integrated patterns and structural features can reduce the need for additional components and assembly.

  • Our technology accommodates natural, regenerated cellulosic, and high-performance fibers, allowing materials to be selected for their aesthetic, functional, and environmental properties.

  • Our programmable braiding technology creates seamless tubular textiles with controlled expansion, contraction, and localized changes in structure.

  • A single continuous construction can transition between narrow, dense regions and broad, open geometries, offering new possibilities for shaping handbags, footwear, and accessories.

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Braided Pattern Library

Each pattern is a distinct continuous-filament architecture, developed through years of experimentation with programmable lace braiding.

Variations in geometry, density, and yarn interaction create unique structural and aesthetic properties. Patterns can be further explored through material selection, scale, and custom development.

Selected design visualizations illustrate potential applications in luxury footwear and handbags.

Custom Development & Collaboration

TEF Braids works with designers and material innovators to develop braided textiles for specific applications. Patterns, yarn compositions, dimensions, and structural characteristics can be explored and refined to meet individual design requirements.

From initial sampling to small-scale production, our programmable braiding technology allows new textile architectures to be developed through direct collaboration.