The disposable medical temperature probe is an indispensable important tool in modern medical monitoring equipment. The disposable medical temperature probe is used in conjunction with devices such as monitors and neonatal incubators, primarily for measuring the surface temperature of a patient's skin. Due to the flexible design of the disposable medical temperature probe, it can be placed on any part of the body's skin, such as the forehead, underarm, shoulder blade, hand, etc., to meet different clinical needs. In actual use, medical personnel usually select the best temperature measurement site based on the patient's specific situation to ensure the accuracy and effectiveness of the monitoring data.
These disposable medical temperature probes not only have high accuracy (with a precision of ±0.1°C) but can also provide stable temperature readings within just 3 to 7 minutes. This precise and rapid measurement function makes it an essential tool for doctors in clinical operations, providing reliable basis for diagnosis and treatment. Additionally, the applicable temperature range of the disposable medical temperature probe is between 25°C to 50°C, which almost covers all normal and abnormal fluctuations of human body temperature, making it widely applicable in various clinical scenes.
The application scenarios of the disposable medical temperature probe are very extensive. Firstly, in neonatal care, disposable medical temperature probes can be used to monitor body temperature in neonatal incubators, helping doctors and nurses ensure that the body temperature of newborns remains within a safe range. This is particularly important for premature babies or babies with weaker temperature regulation abilities. Secondly, in the operating room, changes in a patient's body temperature are often closely related to the depth of anesthesia, the progress of the surgery, and the overall condition of the patient. Disposable medical temperature probes can continuously monitor the patient's body temperature during surgery, helping doctors adjust treatment plans in a timely manner to avoid complications caused by excessively low or high temperatures.
Additionally, in the intensive care unit (ICU), fluctuations in a patient's body temperature may indicate changes in their condition. The continuous monitoring function of disposable medical temperature probes can help medical staff quickly capture these subtle changes, allowing for timely measures to be taken to ensure the patient's safety.
The usage method of disposable medical temperature probes is simple and convenient, suitable for rapid deployment in emergency situations. The specific steps are as follows:
Preparation: First, carefully remove the release paper on the back of the disposable temperature probe to expose the adhesive surface.
Probe Placement: Place the temperature probe on a dry skin surface. Ensure that the probe is tightly attached to the skin to obtain accurate temperature readings.
Connecting the Device: Connect the probe plug with the adapter cable, then connect the cable to the monitor or other equipment.
Monitoring Temperature: Turn on the monitor and wait for about 3 minutes to get accurate body temperature data. Depending on clinical needs, the temperature measurement time can be extended to 7 minutes to ensure data stability.
Through the above steps, medical personnel can obtain the patient's body temperature data in the shortest time, thus providing a basis for clinical decision-making. The disposable medical temperature probe is not only easy to operate but also safe to use, avoiding the risk of cross-infection, making it particularly suitable for medical environments requiring frequent temperature measurements. The APK probe does not contain mercury, avoiding potential dangers, making it an ideal choice:
High Sensitivity and High Precision Sensor
The APK probe can effectively avoid delays in treatment due to inaccurate temperature measurements
Medical Grade Material
The probe APK's safe materials provide reassurance, eliminating worries about toxic substances
Improving Patient Comfort
Soft wires and safe materials improve patient comfort