How it Works

Best Hair Loss Treatments

During your consultation, your physician will use the ARTAS Hair Studio® Technology to create your customized hair restoration design as a 3D model. Your physician will demonstrate your simulated results, showing the number of grafts needed and the optimal hairline design to meet your expectations.

ARTAS® Robotic Hair Transplant Surgery

The physician-assisted ARTAS® Robotic System identifies your optimal hairs to use for transplant.

Harvesting User Interface

Hair is selectively harvested with robotic precision to preserve the natural look of your donor area. Advanced robotics provide speed and accuracy beyond manual techniques.

Recipient Site Making Using ARTAS Hair Studio® – Creates Treatment Design

Your aesthetic design from ARTAS Hair Studio® is delivered to the robot for Site Making under physician control. Recipient Site Making creates an optimal site distribution that avoids damaging existing healthy hair.

Hair Transplant Area

Your hair is then transplanted into your thinning areas.

Results*

Noticeable, permanent, thicker visible hair growth starting at six months with continued growth over time.*

Simply stunning results

Before Procedure

Ba Yang had issues with his hairline for years

Before Procedure

2 Months After

Ba saw improvement immediately!

2 Months After

18 Months After

A year passed and his hairline continued to flourish!

18 Months After

2 Years After Procedure

Long-lasting results that feel great!

2 Years After Procedure

Before Procedure

DCP Patient Before ARTAS Transplant

Before Procedure

After Procedure

DCP Patient After ARTAS Transplant

After Procedure

Mike Before Procedure

DCP Patient Before ARTAS Transplant

Mike Before Procedure

Mike After Procedure

DCP Patient After ARTAS Transplant

Mike After Procedure

Frequently Asked Questions

The ARTAS® Robotic Procedure is a minimally invasive hair restoration solution that leverages digital imaging and precision robotics to harvest healthy grafts for transplantation. Unlike the earlier methods of hair restoration, there is no need for the surgical removal of a band of tissue from the back and sides of the head, no linear scar left after surgery and no need for stitches or staples to close the wound. The benefit is a quick recovery time and the ability to return to normal activities and work sooner.

Yes. Trimming your hair in the donor area allows the ARTAS® Robotic System to accurately visualize, track and harvest each grouping of hairs. You will receive instructions on having your hair cut shorter in preparation for your ARTAS® Robotic Hair Transplant.

The ARTAS® Robotic Hair Transplant provides extremely natural looking results. After the procedure, you are able to wear your hair any length or style with confidence.

Old fashioned “hair plugs” included the harvesting of large patches of hair that resulted in an awkward and unnatural appearance once implanted. In the ARTAS® Robotic Procedure, hairs are harvested in their natural groupings and then transplanted individually by your physician. Individual transplantation provides you with the look you desire, including a great looking hairline and a fuller head of hair.

Yes. The ARTAS® Robotic Hair Transplant uses your own permanent growing hair, typically from the back of your head, and your physician then implants this hair to the thinning areas of your scalp. As this hair is not susceptible to the conditions that cause male pattern baldness, transplanted hair will last a lifetime.

Recovery time with the ARTAS® Robotic Hair Transplant is less than with most surgical cosmetic procedures. As there is no surgical incision or stitches required with the ARTAS® Robotic Hair Transplant, healing time is short, and you can usually go back to your daily activities after a day or two. Some doctors schedule a follow up visit the morning after the procedure to examine your scalp and to teach you how to take care of your newly implanted hair.

Transplanted hair grows naturally in phases. New hairs are seen about three months after the procedure, and will continue to increase over the course of a full year. At approximately six months, you will enjoy a noticeable improvement and after a full year, you will see final results.

With the ARTAS® Robotic Hair Transplant, any scarring is minimal and is nearly undetectable. Your new hair grows in gradually, reducing the chance that people will notice the procedure. Your friends and family will comment that you look better, but the results from your hair transplant are subtle and natural.

The ARTAS® Robotic Hair Transplant, an outpatient procedure performed in the doctor’s office, requires only a local anesthetic. The patient feels virtually no pain. Some patients can experience minor discomfort and swelling post-procedure, which subsides in one to three days.

Because the ARTAS® Robotic System selectively harvests individual hair groupings rather than removing a large area of scalp requiring sutures, there is minimal scarring in the donor area. Hair can be worn fashionably short, or in longer styles, whatever you prefer. You’re not limited by having to cover scarring from strip surgery.

Treatment costs will be determined during your consultation with your doctor and depend on the amount of new hair that you desire. Discuss the procedure pricing with your doctor, as some doctors may offer payment options.

The ARTAS® Robotic Hair Transplant usually takes from four to eight hours as determined by your doctor to achieve your hair restoration goals. You are comfortably seated during the process, and the doctor and staff are there with you to maximize your comfort throughout the procedure.

“I have an amazing hairline and feel confident again. I couldn’t be happier with the results”

Jeff, Actual patient Post-ARTAS®

Meet your Robot

Capable

The ARTAS® Robot is a capable machine. Don’t wig out, Dermatology and Cosmetic Physicians will ensure your natural hairline returns in tact!

Customize

Program your hair to your liking! During your visit Dr. Burt Steffes can customize your look to achieve your desired hairline.