Thinking about hair restoration? You are not alone. Over 50 million men worldwide are impacted by the condition. Get your hair back by restoring a fuller hairline with the ARTAS® robotic hair restoration procedure. Natural-looking results with no linear scarring, making your procedure virtually undetectable.

Confidence Restored With An Intelligent Hair Restoration Treatment The ARTAS® robotic hair restoration treatment is a minimally invasive hair transplant that uses Artificial Intelligence (AI) technology to deliver precise, natural-looking results. The system utilizes advanced image-guided robotics, to precisely analyze and dissect the best grafts from your donor area, and then accurately identify where they should be implanted to achieve a seamless, personalized hairline that’s perfectly suited to you.

  • Natural-looking results
  • No linear scarring
  • Customized hairlines
  • Minimal downtime & fast recovery
  • Minimally invasive and comfortable
  • Virtually undetectable

ARTAS® is cleared by the FDA for use for harvesting hair follicles from the scalp in men diagnosed with androgenic alopecia (male pattern hair loss) who have black or brown straight hair. It is also indicated for creating recipient sites for subsequent manual implantation of harvested follicles.

ARTAS ROBOT VS. TRADITIONAL HAIR TRANSPLANTATIONS

The ARTAS Robotic Hair Transplant System was created by Restoration Robotics and incorporates the follicular unit excision (FUE) hair transplant method. The traditional method of the FUE hair transplant procedure was a labor-intensive process that required surgeons to manually dissect hundreds and thousands of hair follicles from the patient’s donor area. The ARTAS Hair Transplant technology was developed by leading researchers and engineers to improve hair growth results and perfect the FUE technique. The technician-assisted robotic technology allows providers to precisely harvest each hair graft at the exact same consistency and accuracy throughout the entire procedure, eliminating any potential for human error or fatigue. The innovative ARTAS Hair Transplant technology is able to:

- Accurately identify and harvest the best follicular hair units for harvesting.

- Calculate the exact depths and angles of the follicular units.

- Track each individual hair graft throughout the entire procedure.

- Consistently deliver high-quality, robust hair grafts.

WHAT IS FOLLICULAR UNIT EXCISION (FUE)?

  • ARTAS incorporates the follicular unit excision (FUE), previously known as follicular unit extraction, method to transplant healthy hair to the area affected by hair loss. FUE is one of the two most common methods used in hair transplantations. The FUE hair transplant technique utilizes naturally occurring follicular units to promote new hair growth. A follicular unit simply refers to what comes out of a pore. While many think that a single follicle grows out of each pore, hair growth actually occurs in follicular groups (or units). Each follicular unit consists of 1 to 4 hair follicles that all come out of the same individual pore. Previous to FUE hair transplant, 3-4mm hair plugs would be removed from the back of the scalp to replace tissue from the front of the head. This would often result in an unnatural-looking appearance. Since the ARTAS Hair Transplant extracts each individual follicular unit, smaller hair grafts can be used to give hair a more natural-looking appearance. The ARTAS Robotic System and the NeoGraft Automated Device are currently the only FDA-cleared devices used in surgical hair restoration.

ARTAS ROBOTIC HAIR TRANSPLANT PROCEDURE

ARTAS Hair Transplant is a less invasive, surgical hair transplant procedure. The Robotic System utilizes Artificial Intelligence™ algorithms and micron-level precision robotics to naturally restore hair without the need for plugs, stitches or sutures. The system is used to extract healthy follicular units from the donor area (area unaffected by hair loss) and transplant them back into the recipient site (area affected by hair loss).

DONOR AREA: The donor area for a hair transplant is the section where healthy hair grafts will be taken from for graft harvesting. This area is usually found on the back and sides of the scalp where hair growth is permanent and not affected by the chemical DHT, one of the main influencers of male and female pattern baldness.

RECIPIENT SITE: The recipient site is the section of the scalp where healthy grafts harvested from the donor area will be transplanted. This area is usually found on the top and crown of the head where thinning hair occurs most frequently. The ARTAS Robotic Hair Transplant procedure can take anywhere from 4 to 8 hours depending on the patient’s hair restoration needs, goals and desires. The patient will be seated comfortably throughout the entirety of the procedure, and may take breaks at any point in time. The ARTAS procedure is virtually painless; however, local anesthesia will be applied to the donor and recipient areas in order to reduce any trace of discomfort for the patient. Most patients report little to no pain during and after the treatment.s

QUICK FACTS

PROCEDURE LENGTH

4-8 hours

ANESTHESIA

Local

IN/OUT PATIENT

Outpatient

RECOVERY

The ARTAS Hair Transplant is minimally invasive due to the micron-level accuracy provided by precision robotics. Unlike older hair transplant methods, no stitches or suturing is required to close post-extraction wounds. The Robotic Hair Transplant System incorporates a two-step dissection process to dissect each individual hair graft, allowing minimal to no visible scarring within the donor area. Any small wounds left behind will be very tiny “punch marks” that will completely close over the next few days post-surgery. Due to the less invasive nature of the ARTAS Hair Transplant procedure, patients are able to return back to their normal schedule within the next day or two. The donor area will appear like a short haircut within the next week or so.