Hair Solutions North West: Hair Redefined
Welcome to Hair Solutions NW, your trusted experts in hair scar repair. We specialise in advanced treatments to address scarring caused by hair transplants, alopecia, and accidents. Our goal is to help you restore your natural look and regain confidence. Book a consultation today to explore our services.
Follicular Unit Transplantation (FUT) is a hair transplant technique that involves removing a strip of scalp containing hair follicles from the back or sides of the head. This can leave a linear scar, which can be noticeable, especially if your hair is short or thin.
Follicular Unit Extraction (FUE) is another hair transplant technique that involves extracting individual hair follicles from the donor area. While FUE typically results in smaller, less noticeable scars, it can still leave behind tiny dots or a scattered pattern of scarring.
Alopecia, a condition that causes hair loss, can sometimes lead to scarring on the scalp. This can occur due to inflammation, infection, or other underlying factors.
Injuries or accidents can result in scars on the scalp, ranging from small cuts to more severe lacerations. These scars can be unsightly and affect your confidence.
Follicular Unit Transplantation (FUT) is a common hair restoration technique that involves removing a strip of scalp to harvest hair follicles. This method often leaves a linear scar, especially visible when the hair is short or thinning.
How We Treat FUT Scarring
At Hair Solutions NW, we offer Scalp Micropigmentation (SMP) as an effective solution for FUT scarring. SMP deposits tiny ink particles onto the scalp to replicate the look of hair follicles, blending the scar into the surrounding hair. This technique helps to reduce the appearance of the scar by up to 90%, creating a natural and seamless look.
Follicular Unit Extraction (FUE) is another hair transplant method, where individual hair follicles are extracted, typically leaving small dot-like scars scattered across the donor area.
How We Treat FUE Scarring
FUE scars can be camouflaged using SMP. By placing pigment into the skin where the scars are located, SMP mimics the appearance of hair follicles, making the scars far less noticeable. The result is a more uniform scalp texture, reducing the visible impact of the scarring.
Alopecia can cause scarring through inflammation and infection of the hair follicles, leading to patches of permanent hair loss and scar tissue on the scalp.
How We Treat Alopecia Scarring
By using SMP to treat alopecia scarring by carefully applying ink particles to mimic hair follicles in the affected areas. This treatment helps blend the scarred tissue with the surrounding scalp, giving a fuller and more consistent appearance. SMP not only hides the scars but also boosts scalp density for a more natural look.
Scalp scars can also occur due to accidents or injuries, leaving noticeable blemishes or damaged areas on the scalp that disrupt hair growth.
How We Treat Accident Scarring
SMP is an effective solution to minimise the appearance of accident-related scars. By depositing tiny ink particles onto the skin, SMP creates the illusion of natural hair growth around the scarred area, allowing for a smooth and blended finish. This process helps reduce the prominence of scars, restoring your confidence in your appearance.
Before undergoing any hair scar repair treatment, it's essential to ensure that your scars are fully healed. This is crucial for the safe and effective application of Scalp Micropigmentation (SMP) or any other treatment. The healing process varies from person to person, depending on factors like the size and nature of the scar. At Hair Solutions NW, our experts will provide a personalized consultation to assess your situation and determine the optimal time to begin treatment, ensuring the best possible results for your hair scar repair journey.
Schedule a free consultation with our team to learn more about our hair scar options and find the perfect solution for you.
Hair Solutions North West
Bolton Road North, 288, BL0 0NG, Bury
All Rights Reserved.
Copyright © 2024
We use cookies to analyse website traffic and optimise your website experience.