Drop Shipped From GE - Not For Export Out Of US
The Proportioning Assembly Oxygen is used as a spare part in Aespire 100, Aespire 7100 and many other medical equipment as applicable which comes under the modality of Anesthesia Delivery. The Link 25 Proportioning System sets minimum Oxygen concentration in the fresh gas stream when only Oxygen and Nitrous Oxide are used. Use of an absorber or another gas can still cause a hypoxic mixture to be delivered to the patient, especially at low Oxygen flow rates. The kick-in point is defined as the Nitrous Oxide flow at which engaged Nitrous Oxide valve becomes engaged with the Oxygen valve flowing at 200 mL/min. This engagement point is an arbitrary benchmark that assists in calibrating the proportioning system. The GE product is an innovation which fits well into versatile customer needs. The part is diligently designed for superior performance and reliability. It is securely packed inside a high quality packing box to avoid physical damage during transit and labeled with details about the product, Quality Assurance (QA) seal and shipment details.
The Proportioning Assembly Oxygen is used as a spare part in Aespire 100, Aespire 7100 and many other medical equipment as applicable which comes under the modality of Anesthesia Delivery. The Link 25 Proportioning System sets minimum Oxygen concentration in the fresh gas stream when only Oxygen and Nitrous Oxide are used. Use of an absorber or another gas can still cause a hypoxic mixture to be delivered to the patient, especially at low Oxygen flow rates. The kick-in point is defined as the Nitrous Oxide flow at which engaged Nitrous Oxide valve becomes engaged with the Oxygen valve flowing at 200 mL/min. This engagement point is an arbitrary benchmark that assists in calibrating the proportioning system. The GE product is an innovation which fits well into versatile customer needs. The part is diligently designed for superior performance and reliability. It is securely packed inside a high quality packing box to avoid physical damage during transit and labeled with details about the product, Quality Assurance (QA) seal and shipment details.
The Proportioning Assembly Oxygen is used as a spare part in Aespire 100, Aespire 7100 and many other medical equipment as applicable which comes under the modality of Anesthesia Delivery. The Link 25 Proportioning System sets minimum Oxygen concentration in the fresh gas stream when only Oxygen and Nitrous Oxide are used. Use of an absorber or another gas can still cause a hypoxic mixture to be delivered to the patient, especially at low Oxygen flow rates. The kick-in point is defined as the Nitrous Oxide flow at which engaged Nitrous Oxide valve becomes engaged with the Oxygen valve flowing at 200 mL/min. This engagement point is an arbitrary benchmark that assists in calibrating the proportioning system. The GE product is an innovation which fits well into versatile customer needs. The part is diligently designed for superior performance and reliability. It is securely packed inside a high quality packing box to avoid physical damage during transit and labeled with details about the product, Quality Assurance (QA) seal and shipment details.
The Proportioning Assembly Oxygen is used as a spare part in Aespire 100, Aespire 7100 and many other medical equipment as applicable which comes under the modality of Anesthesia Delivery. The Link 25 Proportioning System sets minimum Oxygen concentration in the fresh gas stream when only Oxygen and Nitrous Oxide are used. Use of an absorber or another gas can still cause a hypoxic mixture to be delivered to the patient, especially at low Oxygen flow rates. The kick-in point is defined as the Nitrous Oxide flow at which engaged Nitrous Oxide valve becomes engaged with the Oxygen valve flowing at 200 mL/min. This engagement point is an arbitrary benchmark that assists in calibrating the proportioning system. The GE product is an innovation which fits well into versatile customer needs. The part is diligently designed for superior performance and reliability. It is securely packed inside a high quality packing box to avoid physical damage during transit and labeled with details about the product, Quality Assurance (QA) seal and shipment details.
The Proportioning Assembly Oxygen is used as a spare part in Aespire 100, Aespire 7100 and many other medical equipment as applicable which comes under the modality of Anesthesia Delivery. The Link 25 Proportioning System sets minimum Oxygen concentration in the fresh gas stream when only Oxygen and Nitrous Oxide are used. Use of an absorber or another gas can still cause a hypoxic mixture to be delivered to the patient, especially at low Oxygen flow rates. The kick-in point is defined as the Nitrous Oxide flow at which engaged Nitrous Oxide valve becomes engaged with the Oxygen valve flowing at 200 mL/min. This engagement point is an arbitrary benchmark that assists in calibrating the proportioning system. The GE product is an innovation which fits well into versatile customer needs. The part is diligently designed for superior performance and reliability. It is securely packed inside a high quality packing box to avoid physical damage during transit and labeled with details about the product, Quality Assurance (QA) seal and shipment details.
The Proportioning Assembly Oxygen is used as a spare part in Aespire 100, Aespire 7100 and many other medical equipment as applicable which comes under the modality of Anesthesia Delivery. The Link 25 Proportioning System sets minimum Oxygen concentration in the fresh gas stream when only Oxygen and Nitrous Oxide are used. Use of an absorber or another gas can still cause a hypoxic mixture to be delivered to the patient, especially at low Oxygen flow rates. The kick-in point is defined as the Nitrous Oxide flow at which engaged Nitrous Oxide valve becomes engaged with the Oxygen valve flowing at 200 mL/min. This engagement point is an arbitrary benchmark that assists in calibrating the proportioning system. The GE product is an innovation which fits well into versatile customer needs. The part is diligently designed for superior performance and reliability. It is securely packed inside a high quality packing box to avoid physical damage during transit and labeled with details about the product, Quality Assurance (QA) seal and shipment details.