Ventilators range from full ICU workstations to compact transport units and portable machines used at home or in long-term care. Each is built for different patients, settings and staff, and each needs a different level of testing before it is trusted with a patient. For Dallas hospitals, surgery centers, long-term acute care and skilled nursing facilities, this guide explains the main ventilator types, how to match one to your setting, and the checks that matter most on a refurbished unit. Ventilators are part of our new and refurbished medical equipment for sale.
Types of ventilator
| Type | Typical setting | Key traits |
|---|---|---|
| ICU (critical care) ventilator | Intensive care, step-down units | Full range of invasive and noninvasive modes, advanced monitoring, wall gas supply |
| Transport ventilator | Moving ventilated patients, ER, EMS | Compact, battery-powered, may run from an oxygen cylinder |
| Portable / home-care ventilator | Long-term acute care, skilled nursing, home | Internal turbine, long battery life, invasive and noninvasive use |
| Noninvasive (BiPAP-type) device | Respiratory failure without intubation, sleep and home therapy | Mask ventilation with leak compensation |
| Anesthesia ventilator | Operating rooms | Part of the anesthesia machine; see our anesthesia machine guide |
Matching the ventilator to your setting
- Hospitals: standardize ICU ventilators across units so respiratory therapists and nurses work with one interface and one set of circuits and parts.
- Surgery centers: most rely on the anesthesia ventilator, but a transport ventilator helps when a patient must be transferred while intubated.
- Long-term acute care and skilled nursing: portable ventilators with long battery life and simple, robust interfaces suit patients who are ventilated for weeks or months.
- Emergency surge capacity: facilities that need extra ventilators during respiratory seasons can rent rather than buy; see our medical equipment rental page.
Gas supply and power
ICU ventilators usually need medical air and oxygen from wall outlets, or a built-in compressor or turbine where wall air isn't available. Portable and transport ventilators often use an internal turbine and need only oxygen when supplemental oxygen is prescribed. Check battery run time for transport and backup, and plan where each ventilator will charge.
Consumables and accessories
Breathing circuits, filters, humidifiers or heat and moisture exchangers, flow sensors and exhalation valves are the ongoing costs. Some parts are reusable after reprocessing, others single-use. Confirm that circuits and sensors for your model are readily available before you buy.
Refurbished ventilators: what to check
Ventilators should only be bought refurbished with complete testing. Before delivery, every ventilator should be checked with a gas flow analyzer and test lung for:
- Delivered tidal volume and flow against the set values
- Pressure accuracy, including peak pressure and PEEP
- Oxygen concentration accuracy across the range
- Every alarm: high and low pressure, disconnect, low minute volume, apnea, low oxygen, power loss
- Battery run time and switchover from mains to battery
- Oxygen sensor and flow sensor condition, replaced if near end of life
- Preventive maintenance kit status and operating hours, since many models need a manufacturer PM kit at set hour intervals
- Internal filters, fans and the compressor or turbine
- Electrical safety
- Software version and any recalls or field corrections completed
The test report should list each result, the analyzer used and its calibration date. Reconditioned ventilators from us come with a 90-day warranty.
Red flags
- A ventilator sold as "working" with no flow, pressure or oxygen test results.
- Operating hours far past the PM kit interval with no record of the kit being installed.
- An oxygen sensor reading that drifts or a sensor of unknown age.
- Missing recall or field correction history.
- Batteries that fail the switchover test, or a unit that resets when moved from mains to battery power.
Monitoring ventilated patients
Ventilated patients are usually monitored with SpO2 and end-tidal CO2 as well as the ventilator's own alarms. Our CO2 module guide covers adding capnography to existing patient monitors.
Staffing and training
Ventilators are prescription devices managed by physicians and respiratory therapists. Before go-live, train staff on the specific model: setup, the pre-use self-test, alarm response and what to do on power or gas failure. Keep a manual resuscitation bag at every ventilated bedside.
Questions to ask before you buy
- Which patients and settings will it serve: ICU, transport, long-term or noninvasive?
- What gas supply and power does it need?
- When is the next preventive maintenance kit due, and what does it cost?
- Are circuits, sensors and parts readily available for this model?
- Has every recall or field correction been completed?
- Can I see the full test report for this serial number?
Delivery and service in Dallas–Fort Worth
For in-stock ventilators, delivery can usually be scheduled the same day across Dallas–Fort Worth, with setup and a staff walkthrough. Service requests receive a response in under 8 business hours, Monday through Friday, with same-day on-site support from our Garland headquarters.
To find a ventilator for your setting, call (469) 767-8853 or send us a request with the patients and settings it will serve.
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