Features:

• Ventilation, vaporization and gas delivery are electronically controlled and monitored.
• Data capabilities enable digital interfacing of patient and Carestation information.
• The GE Aisys software is easily upgradable to enhance the functionality, add support, and enhance data management.
• Provides digital feedback on ventilation, drug levels, patient status, and fresh gas usage.
• Ventilation Modes Include: PCV-VG, pressure control, PSVPro, volume control, SIMV, and manual ventilation.
• Flexible 7900 SmartVent technology is suitable for neonates, pediatric, cardiac compromised, and standard cases.
• Built in ABS allows for low circuit volume, which creates fast response, and optimizes low-flow anesthesia.
• Digital vaporization includes continuous monitoring by multiple embedded sensors to help ensure precise delivery.
• Digital agent control provides data record keeping of set agent concentrations and usage calculations along with audible low agent alarm alerts.
• Electronic protocols provide data continuity.
• Rising multi-breath bellows provide a visual feedback mechanism for patient condition.
• Smartvent display conveniently compares flow, volume and pressure data over time.
• Electronic ventilation provides a full assessment of patient’s status. The ventilator is able to distinguish between mechanical and spontaneous breathing.

Specifications:

Dimensions

• Overall: 52.7 in (133.9 cm) H x 28.92 in (73.45 cm) W x 34.8 in (88.4 cm) D
• Top Shelf: 21.66 in (54.8 cm) W x 17.5 in (44.45 cm) D
• Work Surface: 365.5 in² (2358.1 cm²)
• Drawers (small): 4.13 in (10.5 cm) H x 14.88 in (37.8 cm) W x 14.82 in (37.64 cm) D
• Casters Diameter: 5 in (12.5 cm)
• Overall Weight: 370 lbs (168 kg)
• Top Shelf Weight Limit: 100 lbs (46 kg)
• Work Surface Height: 34.71 in (88.17 cm)
• Drawers (large): 5.91 in (15 cm) H x 14.88 in (37.8 cm) W x 14.82 in (37.6)

Aisys Ventilation Modes

• Standard: Volume control mode with tidal volume compensation
• Optional: Pressure Control and PCV-VG, SIMV, PSVPro
• Notification of spontaneous breathing: Patient-generated breaths will change pressure and flow waveform color for immediate clinician notification