Air-jet manipulation spreads and volumizes carbon fiber bundles to improve fiber distribution, reduce porosity, and support homogeneous densification.
Air jet volumization spreads carbon fiber tows without damaging tension, improving fiber coverage and densification uniformity.
Body-scan measurements drive a variable-diameter circular loom to weave custom garments on demand with less fabric waste and faster production.
Narrow orbit recesses and a movable guide device keep warp thread tension uniform at high weaving speed while reducing wear and vibration.
Rotating warp yarns and moving weft yarns creates seamless 3D textiles, eliminating fabric waste from cutting and sewing operations.
A gravity drop wire triggers a sensor upon yarn breakage, reducing downtime in dusty weaving environments.
Alternating magnetic attraction and repulsion sections guide the shuttle without mechanical contact, eliminating warp thread damage and reducing maintenance.