Narigmed Handheld Pulse Oximeter-VET
Product Attributes
| Product Name | Handheld Oximeter-VET |
| Display parameter | SPO2\PR\PI\RR |
| Spo2 measurement range | 35%~100% |
| Spo2 measurement Accuracy | ±2%（70%~100%） |
| Spo2 resolution ratio | 1% |
| PR measurement range | 25~250bpm |
| PR measurement Accuracy | The greater of ±2bpm and±2% |
| PI display range | 0.02%~20% |
| Anti-motion performance | SpO2±3%
PR：the greater of ±4bpmand ±4% |
| Low perfusion performance | SPO2 ±2%, PR ±2bpm
Can be as low as PI=0.025% with Narigmed’s probe |
| Supporting low perfusion measurement | Can be as low as 0.1% with probe of Narigmed |
| Waveform output | Bar diagram/pulse wave |
| Communication mode | Serial port communication/3.3V |
| Probe off detection/probe failure detection | Yes
|
| Alarm management | Yes |
| Breathing measurement(RR) | Optional |
| NIBP/Temperature | Optional |
| Power supply | 5V DC |
Following Features
1. Real-time measurement of pulse oxygen saturation (SpO2)
2. Measure pulse rate (PR) in real time
3. Real-time measurement of perfusion index (PI)
4. Measure respiratory rate (RR) in real time
5. Ability to resist motion interference and weak perfusion measurement. under random or regular movement at 0-4Hz, 0-3cm, the accuracy of pulse oximetry (SpO2) is ±3%, and the measurement accuracy of pulse rate is ±4bpm. When the low perfusion index is greater than or equal to 0.025%, the accuracy of pulse oximetry (SpO2) is ±2%, and the measurement accuracy of pulse rate is ±2bpm.
Short Description
Narigmed’s proprietary software algorithm has been carefully developed and combined with proprietary probes and monitoring systems to meet the measurement needs of animals of different sizes. No matter when measuring weak perfusion parts, the system can also provide high-precision data analysis and can quickly and accurately produce values. The main advantages of this system include: high-precision physiological parameter measurement, multi-functional physiological parameter monitoring, data visualization, stability and safety and reliability. Specifically, the system uses proprietary software algorithms and proprietary probes to accurately measure physiological parameters such as body temperature and respiratory rate of animals and provide high-precision data analysis. The system uses a non-invasive, painless measurement method that does not cause any harm to the animal and has features to prevent data loss and protect privacy. In summary, Narigmed’s technology has broad application prospects and market value, and can provide reliable data support for the study of animal physiological characteristics and medical diagnosis.
