If, like many aging adults, you experience hair loss or thinning hair, you don’t have to live with it or submit to painful, invasive surgery. At Suburban Laser and Skin in Schaumburg, Illinois, the team offers noninvasive hair regrowth procedures using their revolutionary microcurrent technology. Call the office to learn more, or schedule an appointment online today.
Hair loss, or balding, happens naturally as you age, especially if you have a family history of thinning hair. Other causes of hair loss include:
Fortunately, Suburban Laser and Skin offers holistic, noninvasive, painless microcurrent hair regrowth programs. They can help you avoid taking hair growth medications or undergoing surgery.
The many benefits you can expect with microcurrent hair regrowth procedures include:
Microcurrent technology uses low-level electrical energy to stimulate your body’s natural ability to regenerate cells and regrow hair without invasive surgery.
The Suburban Laser and Skin team examines your hair and scalp to determine if you’re a candidate for hair regrowth at the practice. They also discuss your medical history and desired results with you. They then personalize each hair regrowth program to give you the best results.
During microcurrent therapy for hair regrowth, you relax in a comfortable chair. Your Suburban Laser and Skin specialist applies a hand-held device to targeted areas of your scalp. The device applies low-level electrical energy to the affected areas to stimulate your body’s natural hair growth response.
You probably won’t notice any results immediately after a microcurrent hair regrowth procedure. Cell regeneration takes time. The Suburban Laser and Skin team recommends coming in for several appointments over a number of weeks or months to achieve the best results.
Over time, you can expect fewer and smaller bald spots, thicker hair, healthier hair, and faster hair growth.
Call Suburban Laser and Skin in Schaumburg, Illinois, today or schedule an appointment online to learn more about noninvasive hair regrowth procedures.