SmartGraft Before & Afters
SmartGraft uses follicular unit extraction (FUE) technology to address hair loss in both men and women. The SmartGraft system was developed by a team of physicians, medical scientists, and engineers who recognized the need for an alternative to the traditional strip method, which creates visible linear scarring.
Understanding Hair LOSS & SmartGraft
Benefits of SmartGraft
Results that appear natural
A single, in-office procedure
Almost no downtime
SmartGraft is Different
Prior to SmartGraft, traditional hair restoration procedures oftentimes required surgery and left a large linear scar across the back of the patient’s head. The recovery process was slow and very uncomfortable.
SmartGraft is a permanent solution to hair loss for both men and women. The procedure uses a combination of precision craftsmanship and state-of-the-art technology rather than a scalpel to restore lost hair.
SmartGraft can be done with more precision and in less time than many other FUE methods. This means patients are able to go back to work in just a few days, enjoying results that look and feel completely natural.
How it Works
Hair loss can occur due to certain medications and diseases, genetics, and irreversible damage from excessive tension over time. Regardless of the cause, hair loss affects both men and women of all ages and ethnic backgrounds. SmartGraft is an FUE hair restoration technique that can help patients who are ready to make a positive change and restore their hair’s natural appearance. Compared to traditional methods, SmartGraft is an effective way to treat hair loss and enjoy permanent, noticeable results.
The FUE hair restoration device used during the procedure works on a microscopic level, extracting between one to four hair follicles at a time from a region of the head that has healthy and “bald resistant” hair, typically from the back of the head. The physician will then implant these micro hair grafts into the targeted regions, producing results that appear natural and healthy. Because the grafts are implanted on a micro level, patients won’t have any noticeable linear scarring