Datex-Ohmeda 1009-8216-000 Vent Engine Assembly 7900 GE 1009-8216-000 Vent Engine Assembly
Datex-Ohmeda 1009-8216-000 Vent Engine Assembly 7900 GE 1009-8216-000 Vent Engine Assembly
The Datex-Ohmeda 1009-8216-000 Vent Engine Assembly 7900 is a high-precision OEM pneumatic drive module engineered for the GE Healthcare Aisys and Advance anesthesia workstations. Serving as the core breath-delivery mechanism, this assembly integrates the primary ventilator components, including precision pistons, proportional solenoid valves, and calibrated pressure/flow sensors, into a unified mechanical block. Designed to meet stringent medical device standards, the vent engine ensures accurate, reliable generation of tidal volumes across all ventilation modes, from volume control to pressure support. As a direct replacement for aging or faulty engine blocks, the 1009-8216-000 restores optimal pneumatic performance, maintaining seamless synchronization between the anesthesia machine’s control software and the patient breathing circuit.
Specification medical equipment repair parts:
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Brand: GE |
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Part number: 1009-8216-000 |
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Name: Vent Engine Assembly 7900 |
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Machine model: Advance,Aisys...,etc |
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Warranty: 90 days |
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Delivery time: about 1 week |
Description medical equipment repair parts:
This critical ventilator module is extensively deployed in tertiary hospital operating rooms, cardiothoracic surgical suites, ICUs, and ambulatory surgery centers utilizing GE Aisys and Advance anesthesia platforms. The 1009-8216-000 assembly is primarily utilized during mechanical ventilation management, where precise breath delivery and rapid mode switching are essential for patient safety. Anesthesiologists and respiratory therapists rely on this engine block to maintain consistent tidal volumes, accurate PEEP levels, and reliable patient-ventilator synchrony across diverse surgical procedures. Biomedical engineering technicians integrate the assembly into corrective and preventive maintenance workflows, replacing worn pneumatic seals, fatigued valves, or degraded sensors to restore factory-calibrated performance. Its robust design supports continuous operation in high-turnover clinical environments, ensuring uninterrupted ventilation support for adult, pediatric, and neonatal patients.
Advantage:
Restored Breath Accuracy: Replacing degraded engine components restores precise flow and pressure control, critical for lung-protective ventilation strategies and accurate anesthetic agent delivery.
Rapid Clinical Recovery: As a field-serviceable module, it enables targeted replacement of the ventilator drive system without full machine overhaul, significantly reducing equipment downtime and repair costs.
Enhanced Reliability: Medical-grade materials and sealed pneumatic pathways resist moisture, anesthetic vapor exposure, and repeated sterilization cycles, ensuring long-term operational stability.
Comprehensive Mode Support: Fully compatible with all advanced ventilation modes, enabling seamless transitions between controlled, assisted, and spontaneous breathing without performance compromise.
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