Sensitive red blood streak treatment method

Speaking of sensitive type red blood streaks, you may not see them very often in daily life. In fact, red blood streaks often occur in certain parts of the body, such as the face. This makes many friends with red blood streaks extremely distressed. Next, I will introduce to you how to deal with sensitive type red blood streaks?

Photorejuvenation is a comprehensive and effective beauty technology. In addition to removing spots and wrinkles, it is also effective in removing red blood streaks. Some beauty lovers want to know how effective photorejuvenation is in removing red blood streaks. So, how effective is photorejuvenation in removing red blood streaks? Let’s take a look at how effective photorejuvenation is in removing red blood streaks!

The light used in the photorejuvenation treatment method contains wavelengths that are strongly absorbed by hemoglobin. When hemoglobin strongly absorbs the light energy, it will convert it into heat energy to heat the entire blood vessel, causing it to coagulate and necrotize, and finally be absorbed by the human body, thereby achieving the purpose of removing red blood streaks.

The principles of the expansion of photorejuvenation methods for removing red blood streaks include hormone problems, climate, high temperature, low temperature, wind and sand, ultraviolet rays, strong light, etc. After photorejuvenation is used to remove red blood streaks, the diseased capillaries are eliminated and there is no possibility of recurrence. From this perspective, the method is permanent and will not rebound. However, if internal factors of the human body and external environment cause capillary dilation again, then new normal capillaries will thicken and expand to form new red blood vessels.

Short-wave light selectively acts on small blood vessels, pigment masses or pigment cells under the skin, causing them to heat up higher than normal skin tissue. The temperature difference is used to close the blood vessels, rupture and decompose the pigment masses and pigment cells, thereby achieving the effect of removing red blood streaks and pigment spots. Long-wave light stimulates collagen fibers and elastic fibers, causing chemical changes in the molecular structure of the collagen fibers and elastic fibers in the dermis, rearranging them, thickening the collagen tissue, and enhancing skin elasticity, thereby improving skin texture and restoring whiteness, delicacy and elasticity.

The principle of photorejuvenation in removing red blood streaks is: the application of specific intense pulsed light energy can pass through the skin, and photorejuvenation in removing red blood streaks is based on the selective effect of intense pulsed light of different wavelengths on tissues, thereby producing different photobiochemical and photothermal reaction characteristics.

Now that we know how to deal with sensitive red blood streaks, we should pay attention to our skin care in our daily lives. Red blood streaks are caused by blood vessels. If you find red blood streaks, you can go to the hospital for examination and then treatment.