ARTAS iX robotic hair transplant is the latest and most advanced technology in the ever-evolving field of hair transplantation, particularly in Turkey.
It is well known that the success of any hair transplant procedure depends primarily on the health and integrity of the extracted hair follicles. This is where the modern ARTAS robotic system comes in.
Let us examine this technology, together with its benefits and disadvantages.
What is the ARTAS Robotic System?
Before we introduce this robot, we would like to point out that there are two generations of it:
- The original ARTAS robotics platform
- And the modern ARTAS iX robotic.
The ARTAS robot is an advanced robotic system designed to assist in hair transplantation procedures.
It is a minimally invasive, automated tool that helps surgeons harvest hair follicles from the donor area with high precision and consistency.
On the other hand, the ARTAS iX robot is an advanced generation of the original ARTAS robotic platform, featuring improved technology, enhanced precision, and greater automation to improve the hair follicle harvesting process.
How the ARTAS iX Hair Transplant Works?
1. Consultation and Planning:
The ARTAS robotic hair transplant procedure begins with a detailed consultation where the surgeon assesses the patient’s hair loss pattern, density, and scalp condition. A personalized treatment plan is created.
2. Preparation:
The patient’s scalp is cleaned and numbed with local anesthesia.
* At Camilia Clinic, this anesthesia is administered painlessly using state-of-the-art equipment.
3. Imaging and Mapping:
The ARTAS robot uses advanced digital imaging technology and intelligent algorithms to scan the scalp. It maps the density, direction, and quality of hair follicles to identify the optimal follicles for extraction.
Once the digital image is acquired, an interactive 3D model of the patient’s head is created, allowing for a final discussion with the patient about the area to be transplanted.
The doctor then begins to draw the desired hairline and density and agrees on the patient’s preferred hairstyle.
4. Robotic Follicle Extraction:
Guided by the surgeon’s parameters and real-time imaging, the ARTAS iX robotic arm selects and isolates follicular units, along with all surrounding tissue, from the donor area at the best possible angle to ensure their safety and subsequent growth in the recipient area.
– The robot uses a small punch (usually 0.8mm to 1mm in diameter) to extract follicular units carefully.
– This precise procedure minimizes damage to surrounding tissues and ensures consistent results.
5. Follicle Collection:
Harvested follicles are collected in a preservative solution and prepared for implantation.
6. Preparation for Implantation:
The surgeon or technician creates recipient sites in the balding or thinning areas, following the natural hair growth pattern.
7. Implantation:
The follicles are carefully implanted into the recipient sites using fine forceps. This step can be performed manually or with specialized tools.
8. Post-Procedure Care:
Patients receive instructions for scalp care, medication to reduce swelling or discomfort, and follow-up appointments to monitor the healing process.
Advantages of ARTAS Robotic Hair Transplantation:
- The precision of the ARTAS robot during hair extraction is crucial for preserving the integrity of the tissues surrounding the follicles, which are essential for their regrowth.
- Unlike traditional methods, surgical intervention is no longer required to remove tissue from the back and sides of the head.
- Using a robot saves a lot of time and effort, and reduces the time required for manual extraction by about half.
- It leaves no surgical scars and requires no stitches or staples to close the wound.
- The fast recovery period of the ARTAS robotic hair transplant technology is another significant advantage, as it enables patients to resume their regular daily activities and return to work quickly.
- The digital imaging system of the ARTAS robot increases the chances of successful hair transplants by selecting the healthiest follicles, ensuring the best possible results.
- One of its most important features is its ability to pre-design the hair, allowing patients to see the final result and make adjustments before the procedure to achieve the desired outcome.
- It reduces the potential for human error, thus avoiding the drawbacks associated with traditional hair transplant methods.
- A high rate of hair growth is observed following the implementation of the ARTAS robotic hair transplant technique.
Drawbacks of the ARTAS Robot:
We will primarily focus on Turkey in this section.
The ARTAS robot has become the preferred choice for individuals considering hair transplantation in Turkey due to its numerous benefits.
So, are there any drawbacks to the ARTAS hair transplant?
Answer: In a technical sense, there are no drawbacks; however, there are two noteworthy points:
Initially, the cost of hair transplantation with the ARTAS robot is substantially higher than that of other methods.
This is the reason why not all clinics and hospitals in Turkey have implemented it.
The reasonable cost and the high level of expertise are the two primary reasons individuals choose to undergo hair transplants in Turkey, as is widely recognized.
Secondly, as you have observed, its application is restricted to the initial phases of the procedure.
This implies that the remaining stages of the hair transplant are performed by doctors, just like other FUE techniques such as Percutan, Sapphire, traditional FUE, and UltraSlit.
In summary, the decision is ultimately yours, as it is predominantly a financial one.
For further questions regarding the ARTAS Robotic System, we would be happy to connect you with Camilia Clinic, which specializes in cosmetic surgery and hair transplantation in Istanbul.