The Mediled Hair ® is a device designed by BTAN for professionals in hairdressing and hair care. It uses our LED natural photobiomodulation technique.
 
It is a device that has many benefits:
-Increases blood supply to the scalp by 54% after one session only.
-Stimulates the hair follicles as well as their growth.
-Makes hair thicker, brighter, softer.
-Repairs and improves the quality of hair.
-Increases the strength and elasticity of hair.
-Improves the effects of staining and permanent by closing the cuticle.
-Relieves irritative disorders of the scalp.
 
It contains a single arm that will treat the scalp in depth to strengthen the hair and promote their regrowth.
 
The Mediled Hair ® is easy to use, does not weigh heavy (only 20kg), easily transportable with two wheels and very manoeuvrable.
 
It is a device that has been developed specifically to promote hair regrowth in men and women suffering from androgenic alopecia (hair loss and fragility of the hair fiber).
 
Photobiomodulation for hair consists of emitting LED light on the scalp, especially red (640 nm) LED light, to fill in areas with hair loss such as the temples, the forehead line or the top of the skull.
 
In general, for a session, we use a microneedling, a device with micro-needles that microperforate the different layers of the dermis, and an oxygenating ampoule to make the treatment penetrate well into the scalp to obtain an optimal result.
 
One session lasts 20 minutes.
We advise you to plan a cure of at least 10 to 20 sessions, 2 times a week.

CONTRAINDICATIONS:
Not recommended for hair loss due to chemotherapy or from restricted alopecia (or any other autoimmune disease). It is not recommended either, if you have suffered from significant hair loss for more than 5 years)
 
TECHNICAL CHARACTERISTICS 
Input electrical characteristics:
-Rated power supply voltage 94V to 240V ~ 50/60 Hz
-Fuses of power supply 10 A T
-Max consumption 800W
Optical output characteristics:
-RED
Electrical power of each transmitter 650m W 20%
Number of LEDs: 760
Wavelength: 630 nm
Radiant flux per transmitter Minimum: 106 mW - Typical: 130m W