Laser Hair Removal
Excess hair may be the result of medical conditions, but the pressure to remove it may be cosmetic. Cultural norms and peer group pressure often require the removal of hair in certain regions such as the face, axillae (armpits), legs and bikini line for women and the chest and back for men.
Excess hair may be the result of medical conditions, but the pressure to remove it may be cosmetic. Cultural norms and peer group pressure often require the removal of hair in certain regions such as the face, axillae (armpits), legs and bikini line for women and the chest and back for men. Ellipse I²PL and laser based systems provide the fastest hair removal on the market and are applicable for skin type I -VI (The special HR-D+ applicator is suitable for skin type III – VI).
Excellent hair clearance is obtained after only 4-6 I2PL laser treatments and clinical long term studies have proven that 77% hair is still away after 10 years. Hair removal by Ellipse I2PL technology is nowadays commonly referred to as laser hair
removal although strictly speaking it is not a laser. Owing to Ellipse’s square pulse technology and dual mode filtering hair removal by Ellipse I2PL systems is practically painfree in contrast to many true laser treatments.
How does the Ellipse I2PL laser hair removal treatment work?
To achieve long lasting or permanent hair removal, it is necessary to destroy the hair follicle from which individual hairs grow. Controlled pulses of light penetrate the epidermis and are absorbed by melanin in the hair contained in the follicle.
Melanin converts the light energy into heat. This heat is transferred to the hair follicle, which is destroyed, making it unable to produce a new hair. Hair in the resting (telogen stage) are treated later. The treatment is only effective on growing hairs as these are still attached to the follicle. This technique is called “Selective Photothermolysis”.
The visible light produced by Ellipse I2PL and laser systems is carefully controlled to ensure the correct pulse length, wavelengths and right amount of energy to destroy the follicle.
Use this contact form for a quick enquiry on the machine you are currently viewing. Want to enquire about more? Email us on our contact form