New & Used Ventilator, Intensive Care

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, Pediatric , Ventilator, Portable , Transport Ventilator
Search In:
Used Ventilator, Intensive Care | All Devices
Quick search tips
 
 
Find the high, low, and average price of any used medical equipment
Calculate Market Value »  
Search Filters
Manufacturer
 1 2 3 4Next
The model & manufacturer of the marked items have changed due to an acquisition between companies, and are also known as:
Current Manufacturer / Model Name Alternative Manufacturer / Model Name
Nellcor Puritan Bennett / 7200A Mallinckrodt Puritan Bennett / 7200A
Open Item is available for immediate purchase.
On Hold Item is currently pending an inquiry or service request from another buyer, but the transaction has not been finalized. Please check back later to see its status.
Sold Item has been sold and is no longer available for purchase on MedWOW.
Ventilator, Intensive Care may also be referred to as: Ventilator, Volume, Mobile | Ventilator, Volume | Positive End-Expiratory Pressure (PEEP) Ventilator | Positive Pressure Ventilator | Respirator | Ventilator, Continuous | Ventilator, Critical Care | Ventilator, Pressure-Cycled | Intermittent Positive-Pressure Breathing Unit | Intensive Care Ventilator | Critical Care Ventilator | Continuous Ventilator | Continuous Positive Airway Pressure (CPAP) Ventilator

Tips for buying Ventilator, Intensive Care

  1. All ventilators should offer assist/control and SIMV modes, and for volume and pressure breaths, they should provide CPAP/PEEP and pressure support.
  2. The following measures should be monitored by the ventilators: airway pressure, respiratory rate, I: E ratio, and minute volume. Controls should be available for pressure level, tidal volume, breath rate, inspiratory time, FiO2, PEEP/CPAP, I: E ratio, pressure support, and sensitivity.
  3. Visual and audible alarms should be available for inspiratory pressure low, CPAP/PEEP, minute volume, respiratory rate, gas supply loss, and power failure.
  4. The ventilator should provide clear alarms. If users can adjust the alarm volume, they should not be able to turn it down so the alarm would be inaudible.
  5. If the alarm condition is not corrected, the alarm silence feature must reactivate automatically within two minutes. If an alarm is silenced, a visual display should clearly indicate which alarm is disabled.
  6. An O2 analyzer should be included with the ventilator to monitor the delivered O2 or O2/air mixture. The analyzer should include an alarm for concentrations outside acceptable ranges.
  7. 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.
  8. Fluid spills should not affect patient and operator safety and system performance.
  9. Ventilators with good human factors design are desirable in an environment where staff shortages and frequent employee turnover make formal training difficult. It is also recommended to standardize equipment to minimize retraining and confusion, and to get discounts for large quantities.
  10. Different ventilators offer many features such as modes, variables monitored and controlled, and alarms. Facilities should evaluate these features to determine whether they are needed for a particular patient population and clinical setting.