Most Advanced FUE.
No Linear Scar.
Do You Have Questions about ARTAS FUE?
Are you curious about ARTAS Robotic Hair Transplants? If so, complete the following form to find out more!
- Most Scientifically Advanced FUE
- Only True Robotic Hair Transplant
- No Linear Scar
- Eliminates Human Error & Fatigue
- Precision and Accuracy
- Little Downtime
- Fastest/Shortest FUE Procedure
- Less Follicle Destruction
Leading Edge Follicular Unit Extraction
Many years ago, the medical community dreamed of one day using robotics to perform delicate and complex operations. Now it’s common place for thousands of people across the world to undergo ‘da Vinci’ style robotic assisted surgeries. For example, robotics can be used for prostate and cardiac surgeries, as well as hair transplantation. The ARTAS Robotic hair transplant is the first truely robotic follicular unit extraction system.
It’s the Only “True” Robotic Procedure
If it’s hand-held it’s not truly robotic. Here in Tennessee there are many clinics that advertise their hand-guided “robotic” FUE devices. It’s important to understand that a hand-held device is 100% dependent on the vulnerabilities of the surgeon.
Unlike a human, the first harvest attempt by a robot is as fast and accurate as the 2000th harvest attempt. At PAI we were the first clinic in the state of Tennessee to offer ARTAS Robotic FUE, the only true robotic hair transplant.
Our Little Secret.
There’s No Linear Scar
The ARTAS procedure is the most sophisticated, minimally invasive Follicular Unit Extraction (FUE) method available. For those who like to wear their hair extremely short, this procedure is your best option because there is no linear scar.
These are photos of the donor area. There is no sign of a transplant 12 days later.
Eliminates Human Error & Fatigue
The ARTAS outperforms manual FUE by reducing transection. This is accomplished through robotic analysis of hair angles and thickness. Imaging is superior with High-Definition Stereoscopic Vision.
Plus, the quality of the first graft is identical to the quality of the 1000th graft because human fatigue is eliminated and the robotic system doesn’t grow tired.
Exact is Better.
Unmatched Precision and Accuracy
With micron level accuracy and precision, hair is identified and delicately harvested using a complex algorithm which selects the best hairs for your transplant. It’s been said the robot is up to a 1,000 times more accurate than hand guided systems.
The speed and accuracy of the robot far exceeds that of a manual FUE procedure as well as motorized handheld tools and gives the doctor much more control.
Up in No Time.
The ARTAS Robotic system is less invasive than a traditional hair transplant. There are no linear sutures which makes recovery time faster than a non-FUE procedure. Within 24-48 hours any discomfort from the procedure will subside and you can resume your daily activities. In just a few days the donor area will return to normal. Patients can resume a regular exercise routine after 10 days.
Faster, Shorter Procedure
Unlike the competition’s 12+ hour procedures, our ARTAS procedure takes 8 hours or less. That means a shorter, more comfortable hair transplant for our patients. It also means less fatigue and better performance for our medical team.
Eliminating Accidental Hair Destruction
Nothing can compare to the ARTAS’s robotic speed, accuracy and precision. Manual FUE involves harvesting with a small hand punch device. Some punches are automated but in both cases the physician or technician must guide a hollow punch device over the small hair, or group of hairs, and thread them through the middle of the punch. It can be a challenge to extract the hair or hairs without damaging them or the important surrounding / supportive tissue. Without the precision of robotics, hairs can sometimes be damaged or killed. This is also known as ‘nipping’ or ‘transection’.
With up to 99% accuracy, the ARTAS harvests hairs from the donor region with precision not achievable by the human hand. At PAI we recently upgraded to the latest ARTAS 9x, which is even faster and more precise than ever contributing to the health and vitality of donor hairs.