Bubble Trap

A bubble trap featuring high bubble trapping capability and low priming volume. It has a clear all-acrylic housing allowing visibility from any angle.

Accessory component for monitoring systems to prevent fluid entry into electronic equipment. Protects monitors from moisture and contamination.

Durable water trap assembly designed for multiple cleaning and sterilization cycles in breathing circuit applications. Reduces disposable waste while maintaining circuit performance and safety.

Coaxial respiratory circuits with integrated water trap capability designed for use in respiratory systems. These circuits prevent fluid accumulation and condensation in breathing circuits during mechanical ventilation or anesthesia delivery.

Introtek designs and manufactures accurate and innovative non-invasive air bubble sensors and air inline detectors for medical applications. These sensors are used across a variety of end markets to detect air in medical fluid delivery systems.

Component creating positive end-expiratory pressure through water column bubble interface in CPAP systems. Provides pressure regulation mechanism for non-invasive respiratory support.

Degassing membrane module for removing air and gas bubbles from fluid systems in automated laboratory instruments. Critical component for maintaining system integrity in analytical equipment.

Precision microfluidic components for medical diagnostic devices and laboratory automation systems. Engineered for reliable performance in fluid handling and analysis applications.

Ultrasonic air bubble detection device for infusion systems, dialysis, and cardiovascular applications to prevent air embolism.

The Introtek air bubble and blood leak detection system uses reliable pulse-type, non-invasive ultrasonic technology for medical, analyzer, and process applications. It features a compact integral design with BD3 circuitry and accommodates a wide range of tubing sizes from 1/16" (1.6 mm) up to 1.0" (25.4 mm), including 4 mm OD infusion tubing.

Precision microfluidic control component for laboratory and diagnostic applications. Enables precise manipulation and distribution of biological fluids in analytical systems.

Glass valve structures with precision-engineered flow-control channels for directing fluid in diagnostic microdevices. Enables programmable flow management without moving parts.