ICU Ventilator T50
Advanced Technology · Precise Ventilation
Delivering continuous respiratory support for critical care.
 Lightweight and Portable |  Electric Driven and Control |  Sequential Treatment |
Can be carried and operated by single hand, stand alone main unit with trolley optional. | High-performance turbine motor for gas source. With a maximum peak flow rate ≥210 L/min. | Possees Invasive and non-invasive ventilation, high-flow oxygen therapy functionality, providing comprehensive respiratory support for patients. |
| Invasive Ventilation |  In/Out Patients Transfer | Non-invasive Ventilation |
| A secure and stable control system with comprehensive ventilation modes and auxiliary monitoring functions. Dynamic compensation for tidal volume, and oxygenation for auxiliary suction. | With a compact and light weighted main unit, it can be easily handheld. Internal lithium battery maximally supports power supply during patient transfer. One-click lock screen, prevent mis-operation. | Multiple non-invasive ventilation modes Safe and effective leak compensation High-flow oxygen therapy Comprehensive monitoring and alarm system. |
Adaptive Modes · Clinical Precision
| Intelligent Ventilation,Lung Compliance Compensation | Dynamic Lung View | High-flow Oxygen Therapy* |
| Multiple auxiliary tools and monitoring functions,advanced automatic compensation for tidal volume and lung compliance. Assist professionals with fast and accurate diagnosis of patient respiratory status. | Visualize ventilation status, respiratory parameters, resistance, compliance and other information to simulate the real-time respiratory status of the lungs for easy observation by clinicians. | High-flow oxygen therapy can rapidly increase blood oxygen saturation and reduce the symptoms of hypoxia. The ventilator has a built-in electronic air-oxygen mixer, with an adjustable range of oxygen concentration from 21% to 100%, a maximum gas flow rate of 60 L/min. |
| Recruitment Maneuver* | Event Log Real-time Review | Information Interconnection Efficient Management |
| Intermittently applying continuous airway pressure and maintaining it for a period of time can recruit collapsed alveoli during ventilation. Prevent secondary alveolar atelectasis caused by low tidal volume ventilation, thereby preventing the occurrence of pulmonary complications. | Provide 96 hours trends analysis graphs, storage for at least 3000 logs and alarm information. The data can be exported and saved instead of being cleared in the event of a “shut down” or power failure. | Ethernet, COM, HDMI, 2 USB interfaces, can connect to hospital, out-of-hospital network, monitors and other equipment, data can be exported and easily upgraded and maintained. Optional: ETCO₂ module, SPO₂ module. |
Smart Control · Seamless Monitoring
| Strong Power, Safe Protection | Stable Performance, Precise Control |
| Strong turbine power, safe and stable control system, Parallel oxygen source design, supporting both high-pressure and low-pressure oxygen sources(Optional). Integrated design of in halation and exhalation valve components, easy to disassemble. 134°C auto-clave and high-pressure sterilization support, providing safe protection for patients. | Capable of supporting to the various cases of emergency & critical care. |
| Intuitive, Concise, Easy To Use | Comprehensive Ventilation Modes |
| 12.1-inch LCD touchscreen, multi-angel views Flat UI design with multilingual operation and display support, including English, Spanish, French, Russian, and more. Two-step operation for all commands. Adjustable screen angle for multiple observation. Visual and audio alerts. | Suitable for adults and pediatric, the system provides full-process support involving both invasive and non-invasive ventilation. A variety of ventilation modes and functions effectively improve human-machine synchronization, making breathing more comfortable for patients. Ventilation Modes Include: VCV, PCV, PSV, CPAP, V-SIMV, V-A/C, P-A/C, P-SIMV, V-SIMV+PSV, BIP |
Redefining Ventilation · Empowering Care
Pushing ICU innovation toward safer and smarter solutions.
imported components, ensuring safer and more stable operation.
- Screen12.1" Color active matrix TFT touch
- Display parametersVTi, VTe, VTe spon, I:E, MV, MVe spon, RR mand, RR spon, RR total, Tinsp, Texp, Ppeak, Pplat, Pmin, Pmean, PEEP, TVe/Ibw, FiO₂ , Flowpeak_insp, Flowpeak_exp, LeakageVolume, LeakageFlow, RSBI, P0.1, Rinsp, Rexp, Cstat, Cdyn, RCinsp, RCexp, WOB, EtCO₂ (Optional)
- Patient typeAdult, Pediatric
- ApplicationInvasive, Non-invasive
- Ventilation ModeVCV, PCV, PSV, V-SIMV, P-SIMV, V-SIMV+PSV, V-A/C, P-A/C, CPAP, BIPAP, O₂ Remedy, APNEA, SIGH, STAND-BY
- Tidal volume20 ~ 2000 mL
- Respiratory rate1 ~ 100 bpm
- O₂ Flow3 ~ 40 L/min
- Battery180 min
Stable operation, providing strong support for critically ill patients. Significantly optimized the critical care diagnosis and treatment process between the ICU and operating room.
1. What is "Dynamic Lung View" in this ventilator?
It is a visual tool that simulates real-time lung status, showing resistance, compliance, and respiratory parameters.
2. Does the device support Recruitment Maneuver?
Yes, it intermittently applies airway pressure to recruit collapsed alveoli and prevent complications.
3. What ventilation modes are included for complex cases?
Modes include VCV, PCV, PSV, V-SIMV, P-SIMV, BIPAP, CPAP, and more for comprehensive care.
4. How intuitive is the user interface?
It features a Flat UI design with two-step operation for all commands, ensuring fast clinical response.
5. Can this ventilator connect to bedside monitors?
Yes, via HDMI and USB interfaces, it can connect to monitors and other hospital IT equipment.
6. Does it support both high-pressure and low-pressure oxygen?
Yes, the parallel oxygen source design supports both high and low-pressure O2 sources.
7. Is the tidal volume range suitable for small children?
The tidal volume is adjustable from 20 mL to 2000 mL, covering pediatric to adult needs.
8. What monitoring parameters are displayed on the screen?
It displays VTi, VTe, Ppeak, PEEP, FiO2, Leakage, RSBI, WOB, and optional EtCO2/SPO2.
9. How long is the trend analysis available for review?
The machine provides up to 96 hours of trend analysis graphs for clinical review.
10. Is the operating interface available in different languages?
Yes, it supports multilingual display including English, Spanish, French, and Russian.
11. Does it feature automatic lung compliance compensation?
Yes, it utilizes intelligent algorithms for automatic tidal volume and lung compliance compensation.
12. Can I add SPO2 or EtCO2 modules later?
Yes, SPO2 and EtCO2 modules are optional and can be integrated into the system.
13. What is the maximum gas flow rate for high-flow therapy?
The maximum gas flow rate for high-flow oxygen therapy is 60 L/min.
14. How does the system prevent secondary alveolar atelectasis?
By using the Recruitment Maneuver function to maintain airway pressure and open collapsed alveoli.
15. Is the flow trigger adjustable for patient comfort?
Yes, the precise control system allows for fine-tuning of triggers to improve human-machine synchronization.
