Product Category: Neonatal Bubble CPAP Breathing Circuits
The circuit consists of an inspiratory limb for humidified gas delivery, an expiratory limb submerged in water to generate pressure in the Bubble Generator, a preset pressure manifold to prevent excessive pressure buildup and humidification chamber holds the water that is to be heated by the humidifier. The CPAP level is determined by the depth of the expiratory tube immersion in the water column. The bubbling action helps maintain stable airway pressure and supports effective gas exchange. The circuit is compatible with standard humidifiers and air–oxygen blenders and is intended for single-patient use and made up of medical-grade biocompatible materials.
The circuit consists of an inspiratory limb for humidified gas delivery, an expiratory limb submerged in water to generate pressure, a preset pressure manifold to prevent excessive pressure buildup and humidification chamber holds the water that is to be heated by the humidifier. The CPAP level is determined by the depth of the expiratory tube immersion in the water column. The bubbling action helps maintain stable airway pressure and supports effective gas exchange. The circuit is compatible with standard humidifiers and air–oxygen blenders and is intended for single-patient use and made up of medical-grade biocompatible materials.
Corrugated, lightweight with spiral heaters, water trap, probes, and clips prevents kinking, detachment, leaks, and condensation per ISO 5367/5356. Zero contamination risk; reusable 50+ sterilization cycles for efficient neonatal therapy.
The circuit consists of an inspiratory limb for humidified gas delivery, an expiratory limb submerged in water to generate pressure, a preset pressure manifold to prevent excessive pressure buildup and humidification chamber holds the water that is to be heated by the humidifier. The CPAP level is determined by the depth of the expiratory tube immersion in the water column. The bubbling action helps maintain stable airway pressure and supports effective gas exchange. The circuit is compatible with standard humidifiers and air–oxygen blenders and is intended for single-patient use and made up of medical-grade biocompatible materials.
The circuit consists of an inspiratory limb for humidified gas delivery, an expiratory limb submerged in water to generate pressure, a preset pressure manifold to prevent excessive pressure build up. The CPAP level is determined by the depth of the expiratory tube immersion in the water column. The bubbling action helps maintain stable airway pressure and supports effective gas exchange. The circuit is compatible with standard humidifiers and air–oxygen blenders and is intended for single-patient use and made up of medical-grade biocompatible materials.
The circuit consists of an inspiratory limb for humidified gas delivery, an expiratory limb submerged in water to generate pressure, a preset pressure manifold to prevent excessive pressure buildup. The CPAP level is determined by the depth of the expiratory tube immersion in the water column. The bubbling action helps maintain stable airway pressure and supports effective gas exchange. The circuit is compatible with standard humidifiers and air–oxygen blenders and is intended for single-patient use and made up of medical-grade biocompatible materials.
The circuit consists of an inspiratory limb for humidified gas delivery, an expiratory limb submerged in water to generate pressure, a preset pressure manifold to prevent excessive pressure buildup and humidification chamber holds the water that is to be heated by the humidifier. The CPAP level is determined by the depth of the expiratory tube immersion in the water column. The bubbling action helps maintain stable airway pressure and supports effective gas exchange. The circuit is compatible with standard humidifiers and air–oxygen blenders and is intended for single-patient use and made up of medical-grade biocompatible materials.
