Inactive
Service-Disabled Veteran-Owned Small Business (SDVOSB) Set-Aside (FAR 19.14)
Notice ID:36C25221Q1024
36C25221Q1024 for Clinical Training Software as a Brand Name or Equal requirement, Ventilation Mode Requirements: Must be capable of the following ventilator modes: –Volume-controlled Ventilation (VCV...
36C25221Q1024 for Clinical Training Software as a Brand Name or Equal requirement, Ventilation Mode Requirements: Must be capable of the following ventilator modes: –Volume-controlled Ventilation (VCV) –SIMV-VC –Pressure-Controlled Ventilation (PCV) –Pressure Controlled, Volume Guaranteed (PCV-VG) –SIMV-PC –SIMV-PCVG –Bi level Airway Pressure Ventilation (APVR capable) –PSV-VG –Non-Invasive Ventilation (NIV) and NIV-ST –CPAP/Spontaneous -Closed loop mode of ventilation to provide automated lung protective ventilation strategies to spontaneous and passive breathing patients. Patient Monitoring Alarms: Patient Monitoring Alarms: -Low/high minute volume - Low/high pressure - Low/high tidal volume - Low/high respiratory rate Apnea time - Low/high PetCO2 - Low/high pulse - Low/high SpO2 - Low/high SpMet - Low/high SpOC - Percent leak -PI (perfusion index) -Humidifier water level -Humidifier temperature - Humidifier tilt -Disconnection -Oxygen alarm limit exceeded -Oxygen concentration -Disconnection - Loss of PEEP Exhalation obstruction - HLI -High PEEP alarm - Flow sensor alarms -ASV/APV - CO2 -Power supply - Gas supplies -Cuff leakage Ventilator Display Requirements: -Real-time visualization of the lungs with representations of tidal volume, lung compliance, resistance and patient activity, including hemodynamic status and cuff pressure -Visual representation of ventilator dependency and weaning process, grouped into oxygenation, CO2 elimination, patient activity, PetCO2 , SpO2 , pulse, and heart lung index (HLI) -Graphic display of target and actual parameters for tidal volume, frequency, pressure, patient activity and minute ventilation Display of more than 50 monitoring parameters -Up to 8 waveforms at a glance based on: Paw, Pes, Paux, Volume, Flow, FetCO2 , PetCO2 , SpO2 -Up to 4 loops at a glance based on: Volume, Flow, Paw, Pes, Paux, Ptranspulm, SpO2 , CO2 , reference loops -Simultaneous display of up to 17 parameter trends, selected from all monitoring parameters, for 1, 3, 12, 24, or 96 h -Storage and display of up to 1,000 events with date and time stamp Graphic curve freeze and cursor function, inspiratory and expiratory hold; user configurable default graphics layout Ventilator Features/Procedure Requirements: -Suction Maneuver -Automatic patient detection -Screen snapshot - Spirometry - Integrated Medication nebulization including and ability to set phase cycle and duration of nebulization - Integrated Aerogen nebulizer -Automatic pulmonary mechanics measurements that include static compliance, inspiratory/expiratory resistance, auto PEEP and inspiratory/expiratory time constants -Integrated capnography with volumetric CO2 measurement -Integrated pulse oximetry -Automated ET and Trach tube cuff pressure maintenance and monitoring - Automatic maneuver for static compliance assessment and lung recruitment including transpulmonary pressure. - Esophageal pressure monitoring and automated calculation of end inspiratory transpulmonary pressure/ end expiratory transpulmonary pressure -Uses a proximal flow sensor to precisely measure the pressure, volume and flow directly at the patient’s airway opening. -High flow oxygen therapy -Heliox therapy Ventilator Communication Requirements: -USB and Compact Flash for screenshots Updates and log data - DVI with VGA output -2 serial RS-232 ports (data monitoring / humidifier control) - Special data interface for nurse call and alarm output: SpO2 & CO2 sensor, Aerogen and Cuff interface Patient Types requirement: -Adult -Pediatric -Neonatal
