Textile Technologies
for Integrated Sensor and Actuator Foundations

Functional e-textiles are created by combining the right manufacturing methods with smart material stacks. Using Cut & Sew, bonding, circular and flat knitting, ultrasonic welding, laser cutting, 3D printing, and advanced textile integration, we merge textile construction with conductive structures and robust connectors. This enables reliable EMG, ECG, EEG, and EMS/FES functions directly in the textile—for sports, rehab, medical, safety, and industrial applications. We develop project-specific electrode layouts, material constructions, and interfaces to electronics.

Precise cut-and-sew for textile sensing and actuation—scalable, flexible, and production-ready.

Seamless joining for electrodes, conductive traces, and textile layers—clean, skin-friendly, and robust.

Textile sensing and actuation directly within the knit—precise, scalable, and comfortable to wear.

High-strength, pinpoint bonds for electrodes, cable channels, and shaped components.

Contour-accurate cuts and functional geometries—clean, fast, and reproducible.

Mechanical interfaces, fixtures, and specialty components—precisely matched to the textile.

Textile integration of sensors/actuators—material stacks, layouts, and interfaces to electronics.