Omron Healthcare has developed the world's first new electrical impedance method, accurate, safe and convenient measurement of visceral fat measuring devices for medical HDS-2000 (DUALSCAN). This section visceral fat measuring device in the August 29 in Japan.
China electronic thermometer manufacturer The so-called electrical impedance method, in fact, is the application of the principle of non-conductive fat. As early as 16 years ago, Omron Healthcare has developed a principleChina medical thermometer advantage of this first body fat meter, body fat measurements. In the following 16 years, Omron Healthcare, in pursuit of more accurate measurement, developed hands and feet measurement; in pursuit of a more refined measure, developed a sub-site measurement of body fat and visceral fat measurement; the pursuitdigital blood pressure monitor of more convenient management of obesity, developed a weight management weight with body fat measurement device. However, these body fat measuring device is only used for home health medical equipment.
Omron Healthcare mission is to contribute to the health of people around the world aim, through continuous efforts to develop a medical visceral fat measuringdigital thermometer manufacturer device HDS-2000 (DUALSCAN). This device uses a unique dual health care Omron electrical impedance method. First, scan the abdomen shape, calculate the total section area of ??the abdomen; hands and feet and then calculate the electrode area of ??non-fat; then calculated by abdominal subcutaneous fat area electrode; digital thermometer finally calculated by the above data measured visceral fat area.
Medical visceral fat measuring device HDS-2000 (DUALSCAN) is the world's first use of electrical impedance method for visceral fat measurement devices. The hospital for more than visceral fat measured with CT, compared with HDS-2000 with its cheap, and easy to operate. More importantly, frequently requiring long-term measurement of visceral fat, measured with CT radiation would be dangerous, and HDS-2000 using micro-current through the body measurements of the human body without any harm. At the same time, the measurement results can be directly printed, so that measurements are easier to read measurements.