Scalp micropigmentation is a highly advanced method of cosmetic pigmentation. This intricate procedure consists of microdots of pigment being implanted into the dermal layer of the scalp, replicating natural hair follicles to camouflage hair loss for men and women. The pigment is tailored to each individual client’s skin colour and skin type.
This non-surgical, non-invasive treatment is the perfect solution for conquering hair loss and can guarantee results after the first session! There are many people that can benefit from scalp micropigmentation:
- Those partly or fully bald can restore their hairlines and/or get a youthful head of fully shaved hair.
- People with thinning hair can walk away with fuller, thicker looking hair.
- It can permanently camouflage symptoms of alopecia.
- Scalp micropigmentation can camouflage scarring on the scalp from injury or surgery.
Many clients have found scalp micropigmentation to be a life changing procedure that has helped them to boost their self-esteem and give them the confidence to walk around without having to where hats or uncomfortable hair pieces or hair styles.
WHAT ARE YOUR OPTIONS?
HOW CAN SMP HELP YOU?
If hair loss keeps you awake at night? But you’ve already tried most of the specifics and methods available on the market? Those that promise to perform spectacular effects? Then you’ve come to the right place. Scalp micropigmentation is the only treatment that will give you immediate results. During just 3 treatments, it can and will change your appearance, regardless of the type and severity of your hair loss. We can’t promise your hair will grow back, as sometimes it’s just impossible. But we can create a ‘real-looking imitation’ of hair follicles that look as if freshly shaved hair was growing out of them. If the degree of your baldness is significant? Then you will get the effect of a freshly shaved head. In other cases, you can keep your current hair length, and the effects of our work will serve as a background for them. This is all thanks to what you will obtain through optical hair thickening.