BITalino Sensors

Hardware components that detect and measure physiological signals for biofeedback and neurofeedback applications. Used in muscle rehabilitation, incontinence treatment, and research settings.

Biomedical sensors for monitoring physiological parameters in wearable and implantable medical devices. Used for continuous health data collection and patient management.

Biomedical sensors designed for physiological signal acquisition in research and clinical applications. The sensors enable monitoring of various physiological parameters.

Cooperative sensors for non-invasive biopotential and bioimpedance measurement in diagnostic and monitoring applications. These innovative sensors enable real-time physiological signal acquisition for wearables, portable diagnostics, and clinical monitoring systems. Designed for integration into medical devices requiring continuous vital sign assessment and tissue impedance analysis.

Sensors for patient monitoring systems enabling real-time detection and measurement of vital parameters in clinical environments.

Non-invasive sensors for continuous patient vital sign monitoring. Designed for integration with electronic monitoring systems in clinical environments.

Wearable sensors designed to elevate bio-signal monitoring capabilities. The sensors are engineered to operate in demanding environmental conditions, including temperatures as low as −30°C, making them suitable for continuous physiological monitoring applications.

Electronic textile sensors integrated using e-broidery technology for physiological monitoring and data acquisition. These flexible, fabric-based sensors enable wearable applications in patient monitoring, movement detection, and biometric assessment. Compatible with medical textiles and smart garment systems for clinical and remote patient care.

Sensor solutions for medical monitoring and diagnostic applications. Designed for integration into point-of-care and clinical measurement devices.

A series of scalable sensors designed for multi-parameter patient monitoring with IEC compliance. Sensors provide raw data and waveform access via API integration for custom application development.

Wearable biosensors for continuous patient monitoring integrated into a comprehensive stroke management solution. Sensors detect physiological changes associated with acute stroke events.

Modular wireless biosignal acquisition platform for synchronized multimodal physiological data collection in mobile and clinical settings. Integrates wearable sensors including ECG textiles, armbands, and smart patches with 30 µs synchronization accuracy. Enables rapid prototyping for personalized healthcare research, AI algorithm development, and real-world patient monitoring applications.