ElecSil Conductive Stretchable E-textile

Stainless steel fiber-based textile electrodes integrated into smart clothing for biomedical signal acquisition. Enables non-invasive monitoring of cardiac, muscular, and physiological signals through comfortable wearable platforms.

Embroidered conductive textile sensors for patient monitoring and physiological data capture. Integrated into fabric substrates for wearable diagnostic applications.

Conductive textile cables and electrodes engineered for integration into smart clothing and wearable medical devices. These versatile textile cables enable electronic functionality within fabrics for health monitoring and diagnostic applications.

Printed electronics integrated into textile substrates for medical monitoring and therapeutic applications. Combines sensing and functional material capabilities for flexible, washable medical device platforms.

Electronic textiles with integrated sensor technology for continuous patient monitoring and vital sign tracking. Seamlessly integrated into garments for non-invasive health data collection.

Clinical-grade smart textile system incorporating stainless steel fiber technology for medical care applications. Supports integration with electronic components for patient monitoring and diagnostic purposes in healthcare settings.

Conductive textile sensors that detect mechanical strain and deformation integrated into fabric through e-broidery technology. Suitable for monitoring patient movement, joint motion, and musculoskeletal activity in rehabilitation and orthopedic applications.

Wearable textile systems with embedded sensors for continuous vital sign monitoring and patient data collection. Developed through integration of electronic components into comfortable fabric carriers for long-term clinical monitoring applications.

Specialized textile materials with embedded electrocardiography technology compatible with the maphera wireless platform. Enables comfortable long-term ECG monitoring in mobile research and real-world conditions.

Temperature-responsive textile sensors developed using conductive materials integrated into fabric substrates via embroidery techniques. Designed for continuous thermal monitoring applications in medical textiles and wearable medical devices.

Integrated textile-based pressure sensing surfaces created through e-broidery technology for monitoring patient pressure and contact forces. These sensors can be embedded into textile carriers for applications requiring distributed pressure measurement across flexible surfaces.

CardioTEXTIL is a textile-integrated multi-channel ECG sensor for continuous arrhythmia monitoring in mobile patients. The device integrates with the maphera® modular platform for wireless data transmission with 30 µs synchronization accuracy, enabling real-world physiological monitoring and multimodal data fusion for research and clinical applications.