dinamap blood pressure monitormonochrome lcd for sphygmomanometersmartwatch blood pressure

blood pressure monitor addon

Product Description

Features:

Although auscultatory blood pressure measurement has been in clinical use for more than 100 years, it will be retired from history due to the environmental pollution of mercury (and with it, the mercury column thermometer); in fact, in addition to ease of use and reduced environmental pollution, the oscillometric electronic blood pressure monitor has the following advantages over the mercury column sphygmomanometer.

Mitigation or elimination of tail preference.

The incidence of this trailing preference is not low in clinical practice and leads directly to misdiagnosis or underdiagnosis of hypertension. The use of an oscillometric electronic sphygmomanometer with automatic transmission can reduce and eliminate tail preference.

Simultaneous multi-site measurements.

Because of the value of inter-arm blood pressure differences, the ankle-arm blood pressure index is diagnostic of peripheral vascular disease and predictive of prognosis. Clinical evaluation of bilateral and extremity blood pressure differences is often required. For this reason blood pressure in different extremities should be measured simultaneously to reduce human error and to exclude differences caused by fluctuations in blood pressure at different moments and in different mental states.

In-office self-service blood pressure measurement.

In-office self-service blood pressure measurement is relative to manual in-office blood pressure. It is an improved instrument based on the oscillometric electronic sphygmomanometer, in which the physician initially places the cuff on the patient, instructs the sphygmomanometer and measures the blood pressure once. After confirming that all conditions are normal, the patient is left alone in the office and the device automatically measures the blood pressure three more times without the presence of medical staff, and eventually displays the average of the three blood pressures. Self-service blood pressure measurement in the consultation room reduces the incidence of white coat hypertension and overtreatment.

 Oscillometric electronic sphygmomanometers with night start function.

The addition of an auxiliary activation device to the oscillometric electronic sphygmomanometer gives it a memory function, similar to that of a dynamometer. It has been shown that nighttime blood pressure is a better predictor of hypertensive target organ damage than daytime blood pressure, and the oscillometric electronic sphygmomanometer can be used in areas where other non-invasive blood pressure measurement methods cannot be used (e.g., deep sea, high altitude, etc.).

The oscillometric electronic sphygmomanometer is also very effective in patients who cannot be accurately identified by the corpuscular tone. Home blood pressure measurement is now considered to be beneficial in improving the rate of hypertension control, and national and international guidelines recommend the use of oscillometric electronic sphygmomanometers for home blood pressure measurement.

The measurement principles of sphygmomanometers can be divided into two types: direct and indirect measurement methods.

  Direct measurement, also known as invasive measurement, is the measurement of blood pressure after a catheter has been placed in a blood vessel through a puncture, for example, to monitor a patient's invasive blood pressure during cardiac intervention and treatment. Blood pressure is measured directly by invasive methods. The method varies depending on the location of the measurement and does not fully reflect the blood pressure of the body.

  Indirect measurement is also called non-invasive measurement, which means that blood pressure is measured indirectly without a puncture after a catheter is placed in the vessel.

Indirect measurements are further divided into auscultatory and oscillometric methods

monochrome lcd for sphygmomanometer