ARTAS 9x Robotic Hair Transplant
What is Artas Robotic System?
At Musk Clinic, staying up to date on the most advanced technology in hair restoration and offering the best hair transplant techniques available anywhere in the world is always the main priority. For these reasons, we have invested in the world’s most innovative and advanced hair transplant technology, the Artas 9x Robotic FUE (Follicular Unit Extraction).
Artas Robotic Hair Restoration is the world’s current most popular and advanced robotic Hair Transplant technology. Musk Clinic is the only robotic hair transplant clinic in India using the latest version of this robotic technology: Artas9x. The ARTAS® Robotic System is the most upgraded technology for surgical hair restoration. It aids the physician in performing Follicular Unit Extraction (FUE) hair transplant procedures with accuracy and consistency that allows for maximum preservation of follicles.
Developed by the research engineers at Restoration Robotics, Inc., Mountain View, California, the ARTAS robot has been USFDA-approved for robotic hair transplant surgery since the spring of 2011. In Robotic FUE, follicular units are removed directly from the back and sides of the scalp using robotic techniques, making use of artificial intelligence to minimize injury to follicles. All of our hair restoration procedures are performed under local anaesthesia. Hair transplant sessions that use thousands of follicular unit grafts may take a whole day or even two consecutive days.
However, medications are given to relax you, and the time goes by quickly. For part of the procedure, you will be offered a movie selection and cable TV. Most patients choose to listen to music, watch a movie, or just chat with the doctor and staff. The misconception that most people have of hair transplantation is associated with the outdated plug techniques in which patients have significant bleeding and pain. In modern follicular unit hair transplants, the only pain in the entire procedure is for 2-3 minutes while numbing the scalp which feels like small ant-bites. There is no pain during and after the hair transplant procedure and there are absolutely no side-effects associated with it.
Musk Clinic In Numbers
Inhouse Doctors
International Technology Partner
International Patients Treated
Happy Patients
What Makes ARTAS 9x The Best Hair Treatment for Hair Loss?
Imagine achieving a natural look with new hair in just one session. With the virtually pain-free ARTAS 9x robotic hair transplant at Musk Clinic, this is now possible.
The ARTAS 9x system utilizes advanced 3D imaging to restore your hairline, temples, and crown with precision. Its robotic arm strategically harvests and places more hair grafts per hour than any other method.
With precision robotics and intelligent algorithms, the ARTAS 9x performs delicate and intricate procedures with efficiency and accuracy—beyond what the human hand can achieve.
The result? More hair, faster, with the most advanced hair restoration system available today. The ARTAS 9x selects optimal graft locations, ensuring a highly natural look in a shorter period and help you regain confidence.
Key Benefits of ARTAS 9x Robotic Hair Transplant
If you are considering a hair transplant, the ARTAS 9x system offers numerous advantages:
Precision
The ARTAS 9x identifies the best follicles for extraction, tracking them 60 times per second.
Accuracy
Micron-level targeting ensures extreme precision.
Consistency
The robotic system never tires, maintaining quality from the first graft to the last.
Speed
ARTAS 9x operates twice as fast as manual procedures.
Digital Mapping
Advanced digital mapping ensures even follicle distribution and prevents overharvesting.
ARTAS Robotics Hair Transplantation vs. Traditional Hair Transplantation
| Feature | ARTAS 9x Robotics Hair Transplantation | Traditional Hair Transplantation |
|---|---|---|
| Precision | Eliminates human fatigue and inconsistency | Depends on surgeon's skill and endurance |
| Incisions & Stitches | No incisions, staples, or stitches | Requires incisions and sutures |
| Scarring | No visible scarring | Potential for linear scars (FUT) or small dot scars (FUE) |
| Healing Time | Faster recovery due to minimally invasive procedure | Longer recovery due to manual extraction and implantation |
| Results Timeline | Natural-looking results in about four months | Results vary, may take six months or more for visible growth |
| Graft Survival Rate | High precision ensures optimal graft survival | Success depends on extraction technique and handling |
| Procedure Consistency | AI-assisted technology ensures uniformity | Variability due to human factors |
Your Guide to ARTAS 9x Hair Transplant in Ahmedabad
Our Procedure for Robotic Hair Transplant
In Follicular Unit Extraction (FUE), the donor tissue is removed from a broad area of the back and sides of the scalp. The location of the donor area is chosen to have long-term stability. The hair in the area to be removed is clipped short, to a length of approximately 1-mm.
This will include the entire back and sides of the scalp in large sessions and a long, thin band in smaller procedures. In robotic FUE, the patient sits leaning forward, with his/her forehead on a special headrest. As the robot moves around the donor area, scanning select follicles, one-by-one, it begins to separate the follicular units from the surrounding tissue.
Once the selected follicular units are removed from a specified area, they are placed in a holding solution of cooled HypoThermosol. This solution closely mimics the body’s own fluids and thus maximizes the survival of grafts while they are being held outside the body.
Once the grafts are extracted, the donor area is covered with antibiotic ointment and a dressing that will be removed the following morning.
In Robotic FUE, extracted grafts are placed under a microscope to assess their integrity and to sort them according to the number of hairs they contain. In cases where a particular size follicular unit is needed, such as for the frontal hairline, larger units may be microscopically dissected into smaller 1-hair grafts (if the number of naturally occurring groups are not sufficient). In eyebrow restoration, for example, where all single-hair grafts are needed, this is particularly important.
In manual FUE, there are two basic problems when it comes to creating recipient sites. One is that the human hand & eye co-ordination can’t precisely judge & create the hair angle and thus leading to an aesthetically unpleasing hairline. The second problem with the manual Site making is that there is significant damage to the natural existing hair that can happen.
Comparatively in Robotic FUE, both these chances of human errors are removed because the Robot can precisely create the recipient sites with the correct hair angle without causing any damage to the existing natural hair. This helps in achieving a natural aesthetic hairline such that no one can figure out that one has got a hair transplant done.
Recipient sites are made by the hair transplant surgeon using a fine instrument the size of 19- gauge hypodermic needles. For most procedures, we use lateral (perpendicular slits) for the recipient sites.
The creation of the recipient sites determines much of the aesthetic look of the transplant – it sets the angle at which the new hair grows and determines the distribution and density of the grafts. Recipient site creation is a critical aspect of hair transplant surgery that requires considerable experience and surgical skill as well as a keen aesthetic sense.
Once all the recipient sites are made, the surgical team begins to place the follicular unit grafts into these pre-made sites. One-hair follicular units are used in the frontal hairline to give a soft, natural appearance and 2- and 3-hair grafts are used in the central forelock area to achieve maximum fullness.
Placing is the most time-consuming part of hair loss surgery. Graft placement is an exacting process and during this period you will be asked to keep your head relatively still. Watching movies, TV or sleeping will make the time go by quickly and, of course, you may take breaks as needed to go to the restroom, stretch or eat.
When placing is complete, the position of all the grafts will be double-checked. The post-op instructions will be explained, and a printed copy will be given to you to take home. This will include the doctor’s cell phone number. A tennis bandage is placed around the scalp to cover the donor area.
No bandages or dressings are required in the transplanted area and all dressings can be removed the following morning or day after. Throughout the procedure and afterward, Dr. Shah and our highly trained staff will answer your questions and take care to help you feel comfortable.
Difference between ARTAS and STRIP
| The differences between the ARTAS® Procedure and other hair transplant methods could not be more extreme. | |
|---|---|
| ARTAS Robotic Technology | Manual Method |
| ARTAS Robotic Accuracy, Precision and Reproducibility | Inconsistent and Variable Manual Results |
| High-Definition Stereoscopic Vision System | Magnifying Loupes |
| The ARTAS System monitors and updates parameters for each follicular unit 60 times per second | The human eye and brain can only process 10 to 12 separate images per second |
| ARTAS Artificial IntelligenceTM algorithms are used to detect and determine many characteristics including angles, thickness and hair type | Subjective guessing is used to determine hair characteristics |
ARTAS Robotic FUE and Manual FUE
Time to feel the wind in your hair again – Artas 9x Robotic Hair Restoration comes to India
Deciding to have a hair transplant is a big life choice and understanding the difference between the procedure types is paramount. One of the popular “buzz words” in hair restoration today is “FUE hair transplant”.
The biggest issue with manual FUE is the factor of human error. It is virtually impossible for the human eye to predict hair angle under the scalp or have exact details of each hair graft to ensure precision and accuracy while performing the procedure.
Artas Robotic Hair Restoration is currently the world’s most popular and advanced hair transplant technology. It is a physician controlled robotic FUE hair transplant guided by Artificial Intelligence.
ARTAS does 3-D mapping of the patient’s scalp and hair follicles by scanning each hair follicle 60 times per second, something that the human eye is not capable of. That is not all, based on your customized hair design plan, it transplants the new hair in the correct angle and direction for a more natural looking result. While doing so, it also prevents the existing hair from damage. This ensures the best possible result for the patient.
Artas 9x Robotic Hair Transplant is exclusively available in India at Musk Clinic.
ARTAS 9x Robotic Hair Transplant at Musk Clinic
Why Choose Dr. Shah for ARTAS 9x Hair Transplant?
Dr. Shah is a highly skilled expert in hair restoration, committed to providing personalized solutions for every patient. His approach ensures that each individual achieves the best possible results.
While he values technological advancements like the ARTAS 9x system, Dr. Anand Shah combines robotics with expert oversight, ensuring precision, natural results, and the highest quality hair restoration experience.