400mm Length Medical Disposable Soft 2-way 3-way Temperature Sensor All Silicone

Product Specification

400mm Length Medical Disposable Soft 2-way 3-way temperature sensor all Silicone Foley Catheter with ballon
 
 

1.Product Description
 
      The Silicone Urinary Catheter with Temperature Sensor is a cutting-edge medical device designed to enhance patient care and monitoring in healthcare settings. This catheter combines the benefits of silicone material with advanced temperature sensing technology to provide a comprehensive solution for urinary management. 
 
2.key features

• Temperature Sensing Function: This catheter integrates a temperature sensor inside, allowing real-time monitoring of urine temperature for more precise data.
• Comfort: The soft and biocompatible nature of silicone material reduces patient discomfort and lowers the risk of allergic reactions.
• Reduced Infection Risk: Silicone material is less conducive to bacterial growth, and combined with temperature sensing to monitor urine temperature, it helps reduce the risk of infections.
• Accurate Monitoring: The temperature sensor provides more accurate urine temperature data, aiding healthcare providers in better assessing the patient's health status.
• Wide Application: Catheters with temperature sensors can be used across various clinical settings, especially for patients requiring continuous monitoring of urine temperature.
• Improved Quality of Care: The inclusion of a temperature sensor makes the catheterization process safer and more precise, enhancing the quality of care and patient comfort.
• Ease of Recording and Analysis: Data from the temperature sensor can be recorded and analyzed, assisting healthcare providers in tracking patients' physiological changes and disease progression.

3.Product Details Picture
 

3.Applications

• Critical Care Units: In intensive care units (ICUs) and critical care settings, where close monitoring of patients' vital signs and urine output is essential, the catheter's temperature sensor can provide valuable data for assessing patient status.
• Postoperative Care: After surgeries, especially procedures involving the genitourinary system, the catheter with a temperature sensor can aid in monitoring urinary function and detecting any signs of infection or complications early on.
• Long-term Care Facilities: For patients requiring long-term urinary catheterization, the temperature-sensing feature can help healthcare providers closely monitor changes in urine temperature, potentially indicating underlying health issues.
• Pediatric Care: In pediatric settings, where accurate monitoring and comfort are crucial, the silicone catheter with a temperature sensor can be particularly beneficial for ensuring the well-being of young patients.
• Infectious Disease Management: In cases where there is a heightened risk of urinary tract infections or other complications, the temperature sensor can assist in early detection and prompt intervention to prevent further complications.
• Home Healthcare: The catheter with a temperature sensor can also be used in home healthcare settings, allowing patients to receive necessary urinary care while enabling remote monitoring by healthcare professionals.
• Research and Clinical Trials: In research studies or clinical trials where precise monitoring of urinary parameters is required, the catheter with a temperature sensor can provide accurate and reliable data for analysis.

4.When using a silicone urinary catheter with temperature monitoring in various medical settings, several special considerations and precautions should be taken to ensure the safe and effective use of the device:

• Proper Training: Healthcare providers should receive adequate training on the insertion, maintenance, and monitoring of the catheter with temperature sensing capabilities to ensure correct usage and interpretation of data.
• Sterile Technique: Maintain strict adherence to sterile techniques during catheter insertion and care to minimize the risk of infections, especially when using a catheter with temperature monitoring features that may have additional components.
• Calibration: Ensure that the temperature sensor is calibrated correctly before use to guarantee accurate and reliable temperature measurements.
• Monitoring and Interpretation: Regularly monitor and interpret the temperature data obtained from the catheter to detect trends or deviations that may indicate changes in the patient's condition or potential complications.
• Patient Comfort: Take measures to ensure patient comfort during catheterization, as discomfort can lead to complications or affect the accuracy of temperature readings.
• Infection Control: Implement strict infection control protocols to reduce the risk of catheter-associated infections, considering that the catheter with temperature monitoring may have additional components that require proper care.
• Documentation: Maintain detailed and accurate documentation of temperature readings, interventions, and any observations related to the use of the catheter with temperature monitoring for comprehensive patient care.
• Compatibility: Ensure that the catheter with temperature sensing capabilities is compatible with the monitoring systems or devices used in the specific medical setting to facilitate data collection and analysis.
• Risk Assessment: Conduct a thorough risk assessment before using the catheter with temperature monitoring to identify potential risks and implement appropriate mitigation strategies.