• Manufacturing process for different up-scalable e-textile systems for several applications.
• Smart Textiles which can interact with the environment/user and Electronic Textiles (e-textiles) textile sensors and or circuit systems that have flexibility, look like normal fabrics and can gather multiple information, transport data and communicate with the wearer and an outside party.
• Sensor creation process from natural and conductive raw materials, multiple electronic signal sensors can be converted to textiles, such as: ECG (Electrocardiogram), EMG (Electromyography), Respiration rate, Blood Pressure, Body Temperature, Movement, Treatment with electro stimulation.
Automated knitting machines with connective software to load the program patterns. A textile engineer is programming the machine to use the approx. 2000 knitting needles to achieve the special characteristics of each garment or other knitted product part of the fabric.
Field of application:
– Lifestyle & Fashion
– Sports & Outdoor
– Health & Wellbeing
– Home & Automotive