LIGHTWEIGHT BREATHING CIRCUIT MODULE by Datex-Ohmeda
OEM#: 1407-7002-000LIGHTWEIGHT BREATHING CIRCUIT MODULE by Datex-Ohmeda
Drop Shipped From GE - Not For Export Out Of US
The Breathing Circuit Module is used to deliver anesthetic gases to patient from an anesthetic machine. It delivers oxygen gas to the patient and eliminates carbon dioxide. It is a compact and simple way of delivering anesthetic gases and vapors effectively. The breathing circuit assembly consists of a disk absorber, O-ring, retainer, check valve assembly and check valve lens circuit. Krytox is used to install disc into the disk retainer and a lens is installed on the respective manifold. The assembly method is carefully handled with all respective components. This assembly module is attached to the bellow assembly by rotating in clockwise direction. A flow sensor module is connected to the breathing system for the gas flow. This circuit removes the waste gas effectively and maintains the patient unconsciousness efficiently. The circle module - standard module and Bain-Mapleson D - for specific needs are two types of breathing circuit modules available. The module mentioned in this content is the circle module type. This module is being used in XR Optima XR220amx, Aespire 7100, ARC Testing Services, ARC Aespire View, ARC Aespire 7900 and other anesthesia machines.
Additional Features:
- Safe device
- Delivers gas mixture effectively
- Very compact
- Lightweight
- Efficiently allow low fresh gas
- Removes waste gases easily
- Inexpensive
- Easy to assemble and disassemble
- Easy to operate
The Breathing Circuit Module is used to deliver anesthetic gases to patient from an anesthetic machine. It delivers oxygen gas to the patient and eliminates carbon dioxide. It is a compact and simple way of delivering anesthetic gases and vapors effectively. The breathing circuit assembly consists of a disk absorber, O-ring, retainer, check valve assembly and check valve lens circuit. Krytox is used to install disc into the disk retainer and a lens is installed on the respective manifold. The assembly method is carefully handled with all respective components. This assembly module is attached to the bellow assembly by rotating in clockwise direction. A flow sensor module is connected to the breathing system for the gas flow. This circuit removes the waste gas effectively and maintains the patient unconsciousness efficiently. The circle module - standard module and Bain-Mapleson D - for specific needs are two types of breathing circuit modules available. The module mentioned in this content is the circle module type. This module is being used in XR Optima XR220amx, Aespire 7100, ARC Testing Services, ARC Aespire View, ARC Aespire 7900 and other anesthesia machines.
Additional Features:
- Datex-Ohmeda
- ADVANCED CARESTATION
- AISYS
- AISYS CS2
The Breathing Circuit Module is used to deliver anesthetic gases to patient from an anesthetic machine. It delivers oxygen gas to the patient and eliminates carbon dioxide. It is a compact and simple way of delivering anesthetic gases and vapors effectively. The breathing circuit assembly consists of a disk absorber, O-ring, retainer, check valve assembly and check valve lens circuit. Krytox is used to install disc into the disk retainer and a lens is installed on the respective manifold. The assembly method is carefully handled with all respective components. This assembly module is attached to the bellow assembly by rotating in clockwise direction. A flow sensor module is connected to the breathing system for the gas flow. This circuit removes the waste gas effectively and maintains the patient unconsciousness efficiently. The circle module - standard module and Bain-Mapleson D - for specific needs are two types of breathing circuit modules available. The module mentioned in this content is the circle module type. This module is being used in XR Optima XR220amx, Aespire 7100, ARC Testing Services, ARC Aespire View, ARC Aespire 7900 and other anesthesia machines.
Additional Features:
- Safe device
- Delivers gas mixture effectively
- Very compact
- Lightweight
- Efficiently allow low fresh gas
- Removes waste gases easily
- Inexpensive
- Easy to assemble and disassemble
- Easy to operate
The Breathing Circuit Module is used to deliver anesthetic gases to patient from an anesthetic machine. It delivers oxygen gas to the patient and eliminates carbon dioxide. It is a compact and simple way of delivering anesthetic gases and vapors effectively. The breathing circuit assembly consists of a disk absorber, O-ring, retainer, check valve assembly and check valve lens circuit. Krytox is used to install disc into the disk retainer and a lens is installed on the respective manifold. The assembly method is carefully handled with all respective components. This assembly module is attached to the bellow assembly by rotating in clockwise direction. A flow sensor module is connected to the breathing system for the gas flow. This circuit removes the waste gas effectively and maintains the patient unconsciousness efficiently. The circle module - standard module and Bain-Mapleson D - for specific needs are two types of breathing circuit modules available. The module mentioned in this content is the circle module type. This module is being used in XR Optima XR220amx, Aespire 7100, ARC Testing Services, ARC Aespire View, ARC Aespire 7900 and other anesthesia machines.
Additional Features:
- Datex-Ohmeda
- ADVANCED CARESTATION
- AISYS
- AISYS CS2
The Breathing Circuit Module is used to deliver anesthetic gases to patient from an anesthetic machine. It delivers oxygen gas to the patient and eliminates carbon dioxide. It is a compact and simple way of delivering anesthetic gases and vapors effectively. The breathing circuit assembly consists of a disk absorber, O-ring, retainer, check valve assembly and check valve lens circuit. Krytox is used to install disc into the disk retainer and a lens is installed on the respective manifold. The assembly method is carefully handled with all respective components. This assembly module is attached to the bellow assembly by rotating in clockwise direction. A flow sensor module is connected to the breathing system for the gas flow. This circuit removes the waste gas effectively and maintains the patient unconsciousness efficiently. The circle module - standard module and Bain-Mapleson D - for specific needs are two types of breathing circuit modules available. The module mentioned in this content is the circle module type. This module is being used in XR Optima XR220amx, Aespire 7100, ARC Testing Services, ARC Aespire View, ARC Aespire 7900 and other anesthesia machines.
Additional Features:
- Safe device
- Delivers gas mixture effectively
- Very compact
- Lightweight
- Efficiently allow low fresh gas
- Removes waste gases easily
- Inexpensive
- Easy to assemble and disassemble
- Easy to operate
The Breathing Circuit Module is used to deliver anesthetic gases to patient from an anesthetic machine. It delivers oxygen gas to the patient and eliminates carbon dioxide. It is a compact and simple way of delivering anesthetic gases and vapors effectively. The breathing circuit assembly consists of a disk absorber, O-ring, retainer, check valve assembly and check valve lens circuit. Krytox is used to install disc into the disk retainer and a lens is installed on the respective manifold. The assembly method is carefully handled with all respective components. This assembly module is attached to the bellow assembly by rotating in clockwise direction. A flow sensor module is connected to the breathing system for the gas flow. This circuit removes the waste gas effectively and maintains the patient unconsciousness efficiently. The circle module - standard module and Bain-Mapleson D - for specific needs are two types of breathing circuit modules available. The module mentioned in this content is the circle module type. This module is being used in XR Optima XR220amx, Aespire 7100, ARC Testing Services, ARC Aespire View, ARC Aespire 7900 and other anesthesia machines.
Additional Features:
- Datex-Ohmeda
- ADVANCED CARESTATION
- AISYS
- AISYS CS2