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Diode Laser painless ICE Planet-Ref.: 1121
Availability:in stock 5 item(s)
Product Code:Ref.: 1121
The Diode laser scala Ice Planet is the latest in technology, an incredible 15-inch color microcomputer with a 360-degree rotating screen for the operator's convenience, it is suitable for fast, safe, painless, and permanent hair removal of the 6 skin types in any area, including the face, arms, armpits, chest, back, bikini and legs
Description
The Diode laser scala ice planet is the latest in technology, it is suitable for fast, safe, painless, and permanent hair removal of the 6 skin types in any area, including the face, arms, armpits, chest, back, bikini, and legs, with incredible 15-inch color microcomputer 360-degree rotating screen for operator convenience.
1. 808nm Diode Laser Hair Removal System uses the most advanced technology in laser
hair removal which penetrates better, has better performance and clinical results, safely.
2. High Energy - Excellent treatment results can be expected in the first treatment for all
hair types.
3. Long Laser Width - Effective for hair follicles that produce heat build-up, and permanent hair
removal.
4. Safety - No burning or scarring of the skin.
5. Powerful Sapphire Touch cooling system cools the skin making the whole process
painless.
6. Fast - This new technology is 5 times faster than the original hair removal lasers.
7. Best Thermostatic Water Cycle System ensures the semiconductor pump does not
overheat.
Diode Laser Planet has 3 treatment modes: SHR is the simple mode, there are preset
parameters, SHR Stack and HR are professional modes:
SHR Interface:
When you select different body parts and skin types, the system automatically
suggests the treatment parameters. You can adjust them by yourself.
SHR Stack Mode Interface: The flow on the left side indicates the energy output of each pulse.
When you use Fluence, multiply the stack number and you will get the energy output per
second.
HR Mode Interface:
With HR mode, Fluence is the energy output per second. When you use
Fluence and divide the frequency, you will get the energy output of each pulse.
