Laser Hair Restoration | West Bloomfield Township, MI

5 Services ( View All )

WHAT IS LASER HAIR RESTORATION?

While hair loss or thinning is most often associated with men, it is commonly experienced by both men and women alike across many age groups and ethnicities. Having full, luscious hair can have a tremendous effect on the way you see yourself, which is why our team is proud to offer laser hair restoration for patients throughout West Bloomfield Township, MI. Board-certified surgeon Dr. Susan J. Seman has produced gorgeous hair restoration results for individuals using state-of-the-art KeraLase technology. Laser hair restoration treatments with KeraLase are performed in a sequence of sessions over a period of time to ensure follicle strengthening and noticeable hair growth.

KERALASE TREATMENT TECHNIQUE

When you meet with a member of our team, we will design your personalized treatment plan with the number of sessions you will require to achieve your goals. To stimulate your hair follicles, KeraLase treatments create microchannels into the scalp to help increase the absorption rate of the KeraFactor serum. This serum is then massaged into the scalp for the best results. One of the great benefits of hair restoration with KeraLase is that it is a noninvasive procedure that results in minimal discomfort and requires no downtime or recovery. This treatment is especially loved by our patients who are resistant to needles since no shots are necessary.

FOR FULLER, MORE LUSCIOUS HAIR

With the many advancements being made in aesthetic and wellness medicine, you don't have to accept hair thinning or hair loss. Board-certified surgeon Dr. Susan Seman performs laser hair restoration with revolutionary KeraLase technology. To find out if you're an ideal candidate for this procedure that has helped thousands, contact our office in West Bloomfield Township, MI today and schedule a consultation.

Related Procedures

Related Post

*Individual results are not guaranteed and may vary from person to person. Images may contain models.