FEATURES diode laser for hair removal EPILIA RF Features Laser The wavelength of light - 808 nm Cooling System - Air, semiconductor, water Spot diameter - 12 x 11 mm Frequency - 1 - 5 Hz Power - 2000 W The frequency - 50... Read more...
FEATURES diode laser for hair removal EPILIA RF
The wavelength of light - 808 nm
Cooling System - Air, semiconductor, water
Spot diameter - 12 x 11 mm
Frequency - 1 - 5 Hz
Power - 2000 W
The frequency - 50-60 Hz
Voltage - 110/220
Weight - 48 kg
DESCRIPTION diode laser for hair removal EPILIA RF
Over the last decade hardware aesthetic medical techniques have made a huge leap forward. In particular, laser devices have passed a long way to improve, so today in the light of a serious medical studies and clinical practice experience gained over a long period of use in laser beauty medicine, was developed by the unit Epilia RF, high-end sales in the market today.
EPILIA RF device is ergonomic, it has a modern design aesthetic design and is equipped with a wide screen.
It is important that the machine EPILIA RF combines two power sources: a diode laser and the Russian Federation, it is extremely convenient because it allows to reduce the level of energy used. It also will expand the range of problems solved by the device. These include small static wrinkles, small scars, to fully get rid of these annoying defects need to undergo several sessions of the course.
Another equally important function is to remove unwanted hair for a long time, the laser eliminates the possibility of any contact with the epidermis, and therefore guarantee absolute sterility and the absolute lack of risk of injury of the skin.
Technical parameters devaysa:
The power unit is 2000 W;
Current frequency of 50-60 Hz;
Its voltage of 110 or 220;
Product Dimensions: 32x46x86 cm, weight 48 kg it.
- UK delivery is carried out within 5-8 business days
- delivery is made after the payment order
- Payment Methods:
- Cash on delivery of the goods;
- VISA / MasterCard,
- exchange/return goods within 14 days.
- 18 months Warranty