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Bedside SpO2 Patient Monitoring System for neonate SpO2\PR\RR\PI

Short Description:

Introducing our innovative blood oxygen probe designed specifically for newborns. This important medical device is essential for monitoring your baby’s blood oxygen levels to ensure their health and well-being. With advanced technology and user-friendly design, our blood oxygen probes provide accurate and reliable results, giving parents and healthcare professionals peace of mind.

The blood oxygen probe is designed to meet the unique needs of newborns, providing a gentle, non-invasive way to monitor your newborn’s blood oxygen levels. It’s equipped with soft, flexible sensors that sit comfortably on baby’s skin, minimizing any discomfort or irritation. The probe is also designed to be durable and easy to clean, ensuring it can meet the daily needs of newborns.

One of the key features of our blood oxygen probes is their accuracy and precision. The device uses state-of-the-art technology to measure the baby’s blood oxygen levels in real time, allowing for timely intervention if any problems are detected. This is especially important for newborns, as their developing respiratory systems may be more susceptible to fluctuations in oxygen levels. With our blood oxygen probes, parents and healthcare providers can have confidence in the accuracy of measurements to provide timely and effective care when needed.


Product Detail

Product Tags

Product Attributes

TYPE

Bedside SpO2 Patient Monitoring System \  NICU\ICU

Category

Bedside SpO2 Patient Monitoring System for neonate

Series

narigmed® BTO-100CXX

Package

1pcs/box, 8box/carton

Display type

5.0 inch LCD

Display parameter

SPO2\PR\PI\RR

SpO2 measurement range

35%~100%

SpO2 measurement Accuracy

±2%(70%~100%)

PR measurement range

30~250bpm

PR measurement Accuracy

The greater of ±2bpm and±2%

Anti-motion performance

SpO2±3%

PR ±4bpm

Low perfusion performance

SPO2 ±2%, PR ±2bpm

low perfusion can be supported at least

0.025%

Initial output time/Measurement time

4s

new parameter

respiratory rate(RR)

perfusion Index Range

0.02%~20%

Respiratory rate

4rpm~70rpm

Initial output time/Measurement time

4S

Typical power consumption

<40mA

Alarm management system

YES

Probe drop detection

YES

historical trend data

YES

One click to turn off the alarm

YES

Patient  type management

YES

Suitable People

Suitable for more than 1Kg neonate OR adult

Weights

803g(with bag )

Dismension

26.5cm*16.8cm*9.1cm

Product Status

Self-developed products

Voltage - Supply

Type-C 5V or Lithium battery power supply

Operating Temperature

5°C ~ 40°C

15%~95%( humidity)

50kPa~107.4kPa

storage environment

-20°C ~ 55°C

15%~95%( humidity)

50kPa~107.4kPa

Following Features

1\ High precision measurement at low perfusion

2\ anti-motion

3\ Fully silicone-covered finger pads, comfortable and non-compressive

4\ New parameter: Respiratory Rate(RR) (Tips: available at CE and NMPA).( reathing rate is also known as your breathing rate. It indicates the number of breaths you take per minute. A normal adult breathes approximately 12-20 times per minute.)

5\Comprehensive functions: It can measure key physiological indicators such as blood oxygen saturation (Spo2), pulse rate (PR), respiratory rate (RR) and perfusion index parameters (PI) of newborns.

6\Wide heart rate range: supports measurement of an ultra-wide heart rate range and adapts to the changing characteristics of rapid heart rate fluctuations of newborns.

7\Universal use for hands and feet: Whether it is hands or feet, it can be measured accurately, solving the problem of newborns with poor peripheral circulation and weak signals.

8\Special probe and algorithm optimization: Through the specially designed probe and matching software algorithm, even in the case of poor blood circulation and insufficient perfusion in newborns, signals can be effectively captured and processed to ensure that various items can be clearly displayed. Measured value.

In summary, the Narigmed brand neonatal bedside oximeter can provide accurate and reliable monitoring of neonatal physiological parameters in clinical settings, especially for neonatal cases with unstable blood circulation or low perfusion.


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