Ultra-small microscope MS-2600BZ for capillaries and blood flow observation
Star Micro Co., Ltd.
About This Product
■ Characteristics
・ We have been able to observe the capillaries of the fingertips, blood flow, and capillaries on the scalp, which were hard to imagine in the microscope so far, were inexpensive.
・ Due to the polarized field lighting of our specially designed, the light rebuilt was eliminated with high sensitivity.
・ Because it is the optimal scope for capillary observation of the fingertips, it contributes to promoting sales as a health counseling.
・ Unnecessary close -up shots such as dedicated standing platforms that could not be done with conventional blood vessel observation scope are now possible.
It is said that it is the most easy to observe is the lower part of the left ring finger, which is rarely used every day, has a thin skin and has little scratches on the surface. Capillaries have an important role in delivering oxygen and nutrients and collecting waste and carbon dioxide. Therefore, by observing fingertic capillaries on the microscope MS-2600BZ for the capillaries and blood flow observation, it was possible to easily grasp the current physical condition at home.
■ Judgment in the form of capillaries
By observing and judging the shape of the capillaries at 200 times, you can see at a glance the relationship between diet, exercise and environment. For example, too much sugar, fat, and lack of metabolism, the shape of the capillaries is often seen by deforming.
■ Judgment in blood flow due to capillary observation
By enlarging the capillaries at 200 times, the flow of the blood is grasped, and it is observed whether it is flowing at a normal speed or a muddy flowing. In the case of slowly muddy blood, blood flow is poor and cold, and if you leave it alone, you may become a myocardial infarction and a stroke, so first grasp the flow of your blood flow.
■ Use
Observe the capillaries and blood flow to check the health status
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Product
Ultra-small microscope MS-2600BZ for capillaries and blood flow observation