Used GE DINAMAP PRO 1000 Patient Monitor Refurbished For Vital Signs Monitoring System
The GE DINAMAP PRO 1000 Patient Monitor housing its simple blue casing. Its front features a clear touchscreen paired with easily accessible physical buttons, allowing even busy medical staff to operate it with ease; the rear(heat dissipation grilles) and metal handle reveal thoughtful design for long-term stable operation.
This device doesn’t pursue complex feature stacking but focuses on core needs: real-time monitoring of every fluctuation in ECG, subtle changes in non-invasive blood pressure, accurate SpO2 values, and steady pulse rate. When abnormal data is detected, it alerts medical staff with a gentle yet clear alarm. As a used unit, it has undergone professional testing and calibration, ensuring stable performance. It not only reduces cost pressure for primary care institutions but also provides a realistic operational scenario for teaching and training, allowing medical resources to flow more warmly.
| Product Name |
GE DINAMAP PRO 1000 Patient Monitor |
| Model |
PRO 1000 |
| Material |
Plastic and metal |
| Function |
ECG/NIBP/SpO2/Pulse Rate Monitoring |
| Color |
Blue |
| Warranty |
90 days |
1. Power on preparation:
Plug in the power cord, press the power button to turn on the device, and wait for the system self-test to complete.
2. Connect the patient:
Tie the blood pressure cuff, clip the blood oxygen probe, and attach the kind-hearted electrode pad (ensure good contact).
3. Start monitoring:
Confirm patient information on the screen, press the "Start" or "NIBP" button to view real-time waveforms and values such as heart rate and blood pressure.
4. Exception handling:
Don't panic when encountering an alarm sound, prioritize checking if the cuff is leaking and if the electrode pads are detached.
5. Shutdown and storage:
Press and hold the power button to shut down, and neatly wrap and hang various cables.
6. Special Reminder:
If the screen displays "Memory Lost", it means that the internal backup battery is depleted and needs to be recalibrated after each power on, but it does not affect the core monitoring function.
Its core function is to serve as the "eyes" and "ears" of medical staff, conveying signals of life through data when patients cannot express themselves. In the ICU, it continuously tracks the cardiopulmonary function of critically ill patients, buying time for rescue; in the emergency room, it quickly captures changes in vital signs of trauma patients, assisting doctors in diagnosis; in clinics, it provides daily monitoring for chronic disease patients, making health management more evidence-based.
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