Dynamic Blood Glucose Monitor Coating
Dynamic Blood Glucose Monitor Coating – Ultrasonic Coating – Cheersonic
Dynamic blood glucose monitors have been used in clinics in recent years. They can continuously monitor the blood glucose values of patients at all times during the day. That is, the dynamic blood glucose monitors can track and observe the subjects’ blood glucose “all-weather”. This is the first time that humans have learned about the trend of blood sugar changes. The dynamic blood glucose monitor can be described as a new breakthrough in the field of blood glucose detection. The instrument is only the size of a mobile phone, has a microcomputer chip inside, and a thin tube to connect the instrument to the probe. The probe is inserted into the subcutaneous tissue of the abdomen. The instrument starts from the probe every 10 seconds. Receive an electrical signal that reflects the change of blood sugar, and convert the average value of the electrical signal every 5 minutes into blood sugar value and store it. 288 blood glucose values can be recorded and stored every day. The instrument can also record and store meals, exercise, medication and other events at the same time. The dynamic blood glucose monitor can continuously monitor the dynamic changes of blood glucose for 3 days, and can download the data to an ordinary computer. The patient has no pain in the test of the dynamic blood glucose monitor, and can live, work, exercise, etc. as usual, and can provide a clinical basis for formulating a more reasonable treatment plan.
And better preparation technology can make the data measured by the dynamic blood glucose meter more accurate. Ultrasonic spray technology can be used to prepare functional films.
Ultrasonic nozzles can spray in any direction, coating target areas, complex 3D-shaped equipment and small components, and almost no excessive spraying. The typical application are two major directions: First, a series of sonication, such as mixing, breaking, and dispersing can be performed on physiological samples such as blood and saliva through a uniquely designed ultrasonic transducer, which is the key pre-processing of in vitro diagnosis, especially for the molecular diagnosis instrument. Second, the ultrasonic spray coating system of Cheersonic can be used to prepare various functional coatings for biosensors and microfluidic chips, such as bioactivity layers, hydrophilic coatings and conductive layers, etc.
