Wanted Draeger, Ventilator, Pediatric Equipment - Buying Leads

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This section contains thousands of Draeger, Ventilator, Pediatric Buying Leads, featuring: complete systems, parts and medical supplies - all of which can be filtered by category, device, manufacturer, model, and location.

All of MedWOW’s Draeger, Ventilator, Pediatric Buying Leads are pre-qualified buyers who know exactly what they are looking for and are committed to purchase immediately. More than 10,500 visitors enter the MedWOW site daily and transactions occur quickly and on a regular basis, so Draeger, Ventilator, Pediatric leads are kept fresh and current. When you take advantage of MedWOW’s Draeger, Ventilator, Pediatric Buying Leads, you will meet new international customers who will quickly become part of your regular customers.
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Category : Pediatrics/Neonatal

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Device : Ventilator, Pediatric

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Manufacturer : Draeger

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Please Note: Search results for this device do not include the following devices, please select the relevant device if it is of interest to you: Ventilator, Intensive Care,Ventilator, Portable,Transport Ventilator
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Ventilator, Pediatric may also be referred to as :

High-Frequency Ventilator | Ventilator, Intensive Care, Neonatal/Pediatric | Ventilator, Time-Cycled | Ventilator, Pediatric | Ventilator, Neonatal | Ventilator, Continuous | Time-Cycled Ventilator | Positive Pressure Ventilator | Pediatric Ventilator | Neonatal Ventilator | Continuous Ventilator | Infant Ventilator
 

Tips for buying Ventilator, Pediatric

  1. Pediatric ventilators should have time-cycled, pressure-limited operation and should offer assist/control and SIMV ventilation modes. Neonatal ventilators should also have the supplemental functions of pressure support or leak compensation and provide inverse I:E ratio, PEEP, and CPAP support.
  2. The following measures should be monitored by the pediatric ventilator: airway pressure, respiratory rate, I:E ratio, and minute volume; controls should be available for FiO2, PEEP/CPAP, flow, pressure, pressure level, tidal volume, inspiratory time, I:E ratio, pressure support, sensitivity, and pressure limit.
  3. Pediatric ventilators and neonatal ventilators should have audible and visual alarms available for the following events: peak inspiratory pressure (high and low), minute volume respiratory rate, gas supply loss, and power failure, all alarms should be distinct and easily identified.
  4. If users can adjust the alarm volume, they should not be able to turn it down so that the alarm is inaudible. When the alarm-silencing feature is acceptable, the alarm must reactivate automatically if the condition is not corrected. Whenever the alarm is silenced, a clear visual display should indicate which pediatric ventilator alarm is disabled.
  5. An oxygen analyzer should monitor the delivered oxygen or oxygen/air mixture. This should either be included with the pediatric ventilator or purchased separately and placed in line with the breathing circuit. Neonatal ventilator and pediatric ventilator alarms should be displayed or sound for concentrations outside the acceptable ranges.
  6. All controls should be clear with easy-to-understand functions. Misinterpretation of displays and control settings should not occur. Controls should be protected against accidental setting and sealed against fluid penetration. Fluid spills should not affect patient and operator safety and system performance.
Read more valuable tips on the Medical Equipment Buying Guide by MedWOW >>