Professional IPL Hair Removal Machine E-Light Beauty Equipment For Beauty Salon Use

Working Principle:
 
SHR=Super Hair Removal,it’s a revolutionary technology of hair removal which is having a sweeping success. (adopt technology AFT,EDF)
SHR combines laser technology and the benefits of the pulsating light method achieving practically painless results.
SHR combined with “In Motion” represents a breakthrough in permanent hair removal with light technology. The treatment is more pleasant than with the conventional systems and your skin is better protected.

 
 
Technical Specifications:
 

 
Before & After:

Advantages:
 
1) SHR Permanent hair removal
2) Fast treatment. Frequency up to 10Hz!
3) Big spot size: 15*50mm
4) Painless: new AFT technology (Advanced Fluorescence Technology) uses low and equal energy. The special filter cut s 950-1200nm wavelength, which is useless in treatment and absorbs water to make patient feel painless
5) Hairfree, even on work on blonde, red or fine hair
6) Skinfree, suitable for all skin types, even tanners
7) Accurate Software control and parameters adjustable
 

 
 
Difference Of IPL SHR & Traditional IPL or laser:
 
Traditional laser or IPL technologies employ short impulses of approximately 2-300 milliseconds, applying a vast amount of energy (12-120 J/cm2). Energy is transported to the hair root through melanin, where warmth of 65-72° Celsius is produced. Energy reaches the root of the hair follicle solely through melanin. Skin and red blood cells have a similar absorption coefficient as melanin and therefore also absorb the high levels of energy produced by the laser and IPL methods.
SHR technology, on the other hand, utilizes the melanin path only partially (50%)., and combining In-Motion technology, gently warms the skin helping penetrate down to the follicles which produce hair growth.
Research has shown that a slower, but longer heating process is considerably more effective for permanent hair removal than high and short levels of energy. Therefore, when using SHR, the device is passed over the tissue multiple times (in motion) using low energy but a high rate of repetition (up to 10Hz, i.e. 10 times per second) instead of using the traditional method with single, high-energy impulses. Thus, the hair melanin, as well as the tissue of the stem cells, is heated with low energy at a slow pace and over a longer period of time to a comfortable temperature of 45° Celsius.
 
Comparison: