Reservoir Bags

Sterile manual resuscitation bags for emergency ventilation support in clinical and prehospital settings.

Disposable anesthesia breathing bags designed for airway management in emergency, intensive care, and home care settings. These single-use bags deliver controlled ventilation during anesthesia and resuscitation procedures. Clinically tested and CE-marked for compliance with medical device regulations.

Flexible venous reservoir bags for cardiopulmonary bypass circuits. Designed with multiple port configurations and integrated filtration for blood collection.

Manual resuscitation bag manufactured from latex material for emergency ventilation and anesthetic breathing circuit applications. Provides immediate respiratory support in critical care situations.

Reservoir bags attached to oxygen delivery systems to increase oxygen concentration delivered to patients during respiratory support.

Specialized bags designed for ozone gas-liquid admixture in ozone therapy applications. Manufactured with materials resistant to ozone reactivity.

Reusable pressure bags for rapid fluid administration in emergency and trauma situations. Designed to apply controlled pressure for accelerated infusion rates when clinical conditions require.

Tyvek and polyethylene breathing bags for pharmaceutical and medical device applications. Designed to maintain sterility while allowing gas exchange in sealed packaging systems.

Vacuum-based immobilization bags for patient positioning during radiotherapy. Provide reproducible and comfortable positioning support across various treatment modalities.

A medical reservoir bag used in anesthesia and resuscitation systems for oxygen delivery and patient ventilation.

Gas storage reservoir component for anesthesia breathing circuits. Enables accumulation of breathing gases and facilitates manual ventilation control during anesthesia delivery.

A rebreathing bag component used in anesthesia and ventilation circuits to store gases and allow for manual ventilation control. The bag serves as a visual indicator of patient breathing patterns and circuit function.