Tissue Sensors

Intelligent surgical instruments equipped with sensors to provide real-time feedback on instrument position, force, and tissue interaction during procedures. Sensors enhance surgical precision and safety.

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

Intelligent sensor systems for medical device integration and patient monitoring applications, providing reliable real-time data acquisition and automated control functions.

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

Fiber optic sensors engineered for integration into flexible surgical devices. These sensors enable real-time measurement of device shape and orientation, providing continuous awareness of how instruments bend, twist, and turn as they move through space during minimally invasive procedures.

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

Optical sensor systems designed for continuous medical monitoring and patient diagnostics. Measures optical properties of tissues for non-invasive physiological assessment.

Force sensors designed for surgical robotic systems to provide precise force feedback and control during minimally invasive procedures. These sensors enable accurate measurement of forces applied during surgical manipulation, improving procedural safety and outcomes.

Precision force and torque sensing technology for surgical robotics and minimally invasive surgical systems. Enables tactile feedback and precise force measurement in robotic-assisted medical procedures.

Precision thermal sensors integrated with heating systems for real-time temperature monitoring in medical equipment including incubators and sterilization units.

Wearable sensors for continuous patient monitoring and physiological data collection in clinical and remote care settings. Force-sensing and position-sensing technologies enable real-time measurement of vital parameters, movement, and pressure distribution. Custom-engineered flexible sensors integrate into garments and medical devices for non-invasive, long-term patient monitoring applications.

Precision sensors integrated into surgical robotic systems to provide real-time feedback on forces and torques during minimally invasive procedures. These sensors enhance surgical control and safety by monitoring interaction forces.