Laser Hair Removal Machine Supplier | Bestview

It’s time to wear beautiful dresses, and many girls are worried about their luxuriant hair. In recent years, there has been a growing demand for laser hair removals, such as IPL and diode laser hair removal. Diode laser vs IPL , which one is better for me? This post will help you to solve the confusion. What is Ipl laser hair removal technology? IPL stands for Intense Pulsed Light and is a type of light treatment and not a laser treatment in technology. It uses a broad spectrum of strong pulses of light to stimulate or treat various issues within the skin. There are many wavelengths, meaning it causes the energy around the hair and skin area to be unfocused. As a result, a lot of energy is wasted and there is less selective absorption in the hair follicle. So there is less effective destruction of the hair and the treatment is not so effective. Moreover, using broadband light also increases the potential for side effects such as burns or pigmentation, particularly if integrated cooling...

A Lipolaser weight loss video has been popping up in the public eye a lot recently. It claims to be a boon for lazy people, so what is it all about? What is lipolaser ? Using a 650nm and 980nm laser to heat the fatty tissue under the body’s skin, causing fat cell damage and subsequently inducing apoptosis. Apoptotic fat cells are eliminated from the body with the body’s metabolism, thus achieving weight loss. 650 nm laser is to enter into the subcutaneous fat layer for the purpose of ablation of fat cells. And 980 nm laser is to accelerate blood circulation and promotes metabolism to achieve the purpose of weight loss. These two lasers work together, the slimming effect is very perfect. Why is it possible to kill the fat cells beneath the skin in a targeted manner, while the skin itself is not damaged? On the one hand, the 650nm and 980nm wavelength lasers are special. It is specifically absorbed by adipose tissue, while skin absorption is less effective. Thus, it is mainly the fat, no...