ARTAS System For Robotic FUE Arrives At Bernstein Medical

ARTAS System For Robotic FUE Arrives At Bernstein Medical

ARTAS at Bernstein Medical - Center for Hair Restoration

Dr. Bernstein and Staff with ARTAS System

We are pleased to announce that robotic FUE is now available at Bernstein Medical – Center for Hair Restoration. This is a major advance in FUE technology.

The ARTAS system for hair restoration allows us to more effectively isolate follicular unit grafts from the donor area of the scalp without causing damage to individual follicles, a problem that has been a limitation of manual FUE techniques. Many other important parts of the FUE procedure will still be performed by the physician and team, including actual removal of the follicular units from the scalp, recipient site creation, and graft placement. The aesthetic elements that give a hair transplant a natural-looking result will still be in the hands of the physician. Read more about the benefits of robotic hair transplantation.

We are proud of the cutting-edge work we do in our state-of-the-art medical facility and are excited as we take FUE hair transplantation to the next level.

View our press release about the ARTAS system at Bernstein Medical.

Posted by Robert M. Bernstein M.D.

What Part of FUE Hair Transplant Does ARTAS Robotic System Perform?

Q: Does the robotic hair transplant system do the whole operation or does the doctor do any of it? — B.W., Brooklyn, NY

A: The ARTAS robot only performs a small part of the FUE procedure, although it is an important one. FUE comprises four basic steps:

Isolation of follicular units from the surrounding skin
Removal of follicular units from the scalp
Making recipient sites
Placing grafts into these sites

The robot only performs the first step, follicular unit isolation.

Even in this first step, however, physician control is extremely important, as the doctor must determine the precise depth to which both the sharp and blunt dissection are set. They must also make constant adjustments to the angle that aligns the instrument with the graft.

The ARTAS robotic system gets all of its cues from the surface of the skin, so that it can place the target follicular unit in the exact center of the cutting field of the robotic tip. It can also align the tip parallel with the emergent hairs. However, the angle of the hair as it emerges from the scalp is slightly different than the angle below the skin and the doctor needs to tell the robot what this angle is. Fortunately, the robotic imaging system provides the doctor with the information he needs to make this determination.

Read about Robotic Hair Transplantation.

Posted by Robert M. Bernstein M.D.