Non-Contact Infusion Monitoring Sensor

Microliter-precision sensor for drug delivery and infusion applications with minimal pressure loss. Provides high-resolution flow measurement for accurate pharmaceutical administration.

Non-invasive flow sensor that attaches externally to medical tubing or pipelines for flow rate measurement. Enables monitoring without interrupting fluid delivery in medical systems.

Measures fluid flow rates in medical applications including infusion pumps, respiratory devices, and dialysis systems. Provides accurate real-time flow monitoring for clinical safety.

Microliter-precision flow sensor for drug delivery and infusion applications with low pressure drop and high resolution. Fully sterilizable and designed for accurate fluid measurement in medical infusion and drug delivery systems.

Introtek's IntroFlow non-invasive fluid flow sensor devices incorporate the latest ultrasonic technology for flow measurement. The non-invasive concept provides a platform for non-contact measurement where safety, hygiene, and cleaning are of concern.

Invasive pressure sensing device for hemodynamic monitoring in critical care settings. Designed for accurate real-time pressure measurement and patient monitoring.

Microliter-accurate flow sensor for controlled drug delivery applications. Provides precise measurement resolution with minimal system pressure loss for pharmaceutical infusions.

High-precision flow sensor designed for critical care ventilation monitoring and measurement. Maintains measurement accuracy across variable clinical environmental conditions.

Sensor for detecting and monitoring fluid levels in medical devices and equipment. Used in dialysis machines, infusion systems, and other clinical applications requiring precise liquid level detection.

A medical device that measures and monitors pressure in medical systems. Used in various applications including hemodynamic monitoring and infusion management.

Reusable hemodynamic monitoring sensor for invasive arterial and venous pressure measurement in critical care and perioperative settings.

Advanced sensor technologies designed for multiple medical monitoring applications including physiological parameter detection. The sensors are engineered for high stability and electromagnetic interference resistance in healthcare environments.