Laser Prime 3D

Laser Prime 3D it is a system used in treatments laser depilation. It works by utilising laser light energy, which is absorbed by melanin located within the hair shaft. The energy is converted into heat and affects the structures hair follicle, leading to a gradual reduction in hair growth. The technology allows the treatment parameters to be tailored to the type of skin and hair.

Laser Prime 3D uses three wavelengths of laser light: 755, 808 and 1064 nm. These differ in terms of penetration depth and the way they affect the tissues, meaning they can be used on different hair types and skin phototypes. The treatment parameters are selected on an individual basis, taking into account, amongst other things, hair colour and thickness, skin phototype and the area being treated.

One of the components of the Prime 3D system is TEC (Thermo-Electric Cooling) technology. The cooling system lowers the temperature of the handpiece during the treatment, helping to minimise heating of the skin’s surface. Cooling also enhances comfort whilst laser energy is being delivered.

Laser Prime 3D also uses Technology In Motion, which allows the handpiece to glide smoothly over the skin’s surface. This design ensures that the treatment area is worked over evenly and can be used on both smaller and larger areas of the body.

Laser Prime 3D It can be used to reduce hair growth on various parts of the body, including the legs, underarms, bikini line, back, chest, arms and face. The choice of settings depends on the individual characteristics of the skin and hair.

Due to the hair growth cycle, the treatments are carried out in a series. The laser primarily targets hairs that are in the appropriate growth phase; therefore, a single treatment is not sufficient to permanently remove all hair.

A series of treatments using Prime 3D laser leads to a gradual reduction in body hair. The hair grows back more slowly and, over time, may become finer and less noticeable.

For more information on laser therapy and the different types of lasers, please visit our blog: Laser therapy – what is it, how does it work and what are its applications?