Scalp Micro Pigmentation (SMP)

non-invasive hair loss treatment designed to recreate the appearance of natural hair follicles.

This hair loss cosmetic procedure is non-invasive and specifically designed to replicate the appearance of natural hair follicles.

SMP is a highly sophisticated technique which delivers a cosmetic solution for hair loss by mimicking the appearance of actual hair. The unique approach is the precise application of pigmented dots onto the scalp, creating in the apparent appearance of a more abundant head of hair. This non-surgical treatment is suited for individuals battling balding and hair follicle dormancy . It is a careful and customized solution that caters to the specific requirements of each client. The outcome is a refined and genuine enhancement that elevates both your hairline and your self-assurance.

Tailored to suit your personal appearance.

Our SMP procedure is designed to match your hair colour, and pattern of hair loss, recognizing the uniqueness of each person’s hair loss journey. Our proficient technician collaborate closely with you to create a treatment plan that enhances your facial structure and aligns with your natural hairline. This customized method ensures a smooth integration with your current hair, providing a subtle and indiscernible resolution. If you desire to increase coverage in places of balding or establish a brand-new hairline, our expert team is committed to attaining outcomes that mirror your individual style and preferences.

Durable results with a short recovery time

SMP is a highly efficient and practical choice for individuals who desire durable outcomes while minimizing disruptions to their normal activities. Furthermore, the pigment exhibits long-lasting durability and retains its visual appeal over time with minimal upkeep. Experience the liberation and assurance.

Would you like more info about Microdot Pigmentation?

The entire Life Hair Restoration Clinic team in Fourways are at your disposal.
Contact us for an in-store or online consultation.