APPLICATIONS

o   Monitoring and evaluating the patient's vital signs and other clinical parameters, including medication administration and patient movement, to detect abnormalities and facilitate timely intervention.

o   Assessing and promoting patient comfort, including pain management and sedation, to optimize the patient's experience and minimize potential complications.

o   Supporting clinical decision-making by providing real-time data on patient status, facilitating communication between patients and healthcare providers, and enabling early warning of potential adverse events.

FEATURES

Ø  FEATURES

 

o   Multi display mode other beds view/Big font.

o   Wifi connectivity more flexible application.

o   10,12,15inch screen can be optional.

o   Easy to use with excellent usability.

o   eTeleViewTM Central Montior system support.

o   Smart touch screen for easy operation.

Ø  SPECIFICATIONS:

Ø  SPO2

o   Range: 0~100%

o   Accuracy: ±2%(70%~100%)Undefined (<70%)

o   Resolution: 1%

Ø  AwRR (Air Way Respiratory Rate)

o   Range: 0~150 rpm

o   Accuracy: ±1 rpm(0~70rpm)Undefined(within other ranges)

o   Resolution: 1 rpm

Ø  PR

o   Range: 25~250 bpm

o   Accuracy: ±2 bpm or ±2% (whichever is greater)

o   Resolution: 1 bpm

Ø  EtCO2

o   Range : 0~20vol%

o   Accuracy : 0~12 vol%:±(0.2vol%+2%of reading)

o   12~20vol%:±(0.2vol%+6%of reading)

o   Resolution: 1mmHg

Ø  TEMP

o   Range: 0-50°C

o   Accuracy: ±0.1°C

o   Resolution: 0.1

Ø  ECG

o   ECG Range : 0.15~5.5mV

o   ECG Resolution : 2.36uV/LSB

o   HR Range : 15~300bpm(adult)

o   15~350bpm(child/neonate)

o   HR Accuracy : ±1bpm or±1% (whichever is greater)

Ø  NIBP

o   Pressure Range 0~300 mmHg

o   Pressure Accuracy ±2 mmHg or ±1% of reading (take the larger value)

o   Resolution 1 mmHg

o   SYS Range Adult: 40-270 mmHg Pediatric: 40-200 mmHg Neonate: 40-130 mmHg

o   DIA Range Adult: 10-210 mmHg Pediatric: 10-162 mmHg Neonate: 10-90 mmHg

o   Mean Range Adult: 20-230 mmHg Pediatric: 20-170 mmHg Neonate: 20-100 mmHg

o   Accuracy The mean deviation<±5 mmHg.  The standard deviation< 8mmHg

Bedside Care Patient Monitoring System

Bedside Care Patient Monitoring System

Bedside patient monitoring systems have revolutionized the way healthcare professionals track and assess a patient's vital signs. These systems enable real-time monitoring of patients, allowing medical staff to quickly identify any changes in a patient's condition and take appropriate action. In this article, we will explore what bedside patient monitoring systems are, how they work, and the benefits they offer.

What is an bedside patient monitor ?

A bedside patient monitor system is a medical device used in hospitals and healthcare settings to continuously monitor a patient's vital signs and provide clinicians with real-time information about the patient's condition. These systems are typically located at the patient's bedside and consist of a monitor screen, sensors, and cables that connect to the patient. Bedside patient monitor systems are used to measure and display parameters such as heart rate, blood pressure, respiratory rate, oxygen saturation levels, and more. The system will sound alarms and alert clinicians when the patient's condition changes or falls outside of predetermined parameters. Bedside patient monitor systems play a critical role in ensuring patient safety and providing timely interventions to prevent adverse events.

Advantages of bedside patient monitor

Bedside patient monitoring systems offer several benefits over traditional monitoring methods. Firstly, they enable real-time monitoring of a patient's vital signs, allowing healthcare professionals to quickly identify any changes in the patient's condition. This can be especially important in critical care settings where every minute counts.

 Secondly, bedside patient monitoring systems can reduce the workload of healthcare professionals. Rather than having to manually check a patient's vital signs at regular intervals, the monitoring system can do this automatically. This allows healthcare professionals to focus on other aspects of patient care, such as administering medication or performing procedures.

 Finally, bedside patient monitoring systems can improve patient outcomes. By providing healthcare professionals with real-time information on a patient's condition, they can quickly identify any changes and take appropriate action. This can lead to faster diagnosis and treatment, which can improve patient outcomes and reduce the risk of complications.

SPECIFICATIONS

FEATURES

Ø  FEATURES

 

o   Multi display mode other beds view/Big font.

o   Wifi connectivity more flexible application.

o   10,12,15inch screen can be optional.

o   Easy to use with excellent usability.

o   eTeleViewTM Central Montior system support.

o   Smart touch screen for easy operation.

Ø  SPECIFICATIONS:

Ø  SPO2

o   Range: 0~100%

o   Accuracy: ±2%(70%~100%)Undefined (<70%)

o   Resolution: 1%

Ø  AwRR (Air Way Respiratory Rate)

o   Range: 0~150 rpm

o   Accuracy: ±1 rpm(0~70rpm)Undefined(within other ranges)

o   Resolution: 1 rpm

Ø  PR

o   Range: 25~250 bpm

o   Accuracy: ±2 bpm or ±2% (whichever is greater)

o   Resolution: 1 bpm

Ø  EtCO2

o   Range : 0~20vol%

o   Accuracy : 0~12 vol%:±(0.2vol%+2%of reading)

o   12~20vol%:±(0.2vol%+6%of reading)

o   Resolution: 1mmHg

Ø  TEMP

o   Range: 0-50°C

o   Accuracy: ±0.1°C

o   Resolution: 0.1

Ø  ECG

o   ECG Range : 0.15~5.5mV

o   ECG Resolution : 2.36uV/LSB

o   HR Range : 15~300bpm(adult)

o   15~350bpm(child/neonate)

o   HR Accuracy : ±1bpm or±1% (whichever is greater)

Ø  NIBP

o   Pressure Range 0~300 mmHg

o   Pressure Accuracy ±2 mmHg or ±1% of reading (take the larger value)

o   Resolution 1 mmHg

o   SYS Range Adult: 40-270 mmHg Pediatric: 40-200 mmHg Neonate: 40-130 mmHg

o   DIA Range Adult: 10-210 mmHg Pediatric: 10-162 mmHg Neonate: 10-90 mmHg

o   Mean Range Adult: 20-230 mmHg Pediatric: 20-170 mmHg Neonate: 20-100 mmHg

o   Accuracy The mean deviation<±5 mmHg.  The standard deviation< 8mmHg

APPLICATIONS

o   Monitoring and evaluating the patient's vital signs and other clinical parameters, including medication administration and patient movement, to detect abnormalities and facilitate timely intervention.

o   Assessing and promoting patient comfort, including pain management and sedation, to optimize the patient's experience and minimize potential complications.

o   Supporting clinical decision-making by providing real-time data on patient status, facilitating communication between patients and healthcare providers, and enabling early warning of potential adverse events.

Conclusion

Bedside patient monitoring systems have transformed the way healthcare professionals track and assess a patient's vital signs. These systems enable real-time monitoring of patients, reduce the workload of healthcare professionals, and improve patient outcomes. As technology continues to advance, we can expect to see even more sophisticated bedside patient monitoring systems in the future

Get in touch to discuss your specific needs

Get in touch to discuss your specific needs