Robotic Hair Transplant Treatment | ARTAS iX System
The ARTAS® robotic hair restoration device represents a cutting-edge, minimally invasive hair transplant system that leverages Artificial Intelligence (AI) technology to achieve precise, natural-looking results without leaving a linear scar. This system is at the forefront of hair restoration, providing a sophisticated alternative to traditional methods.
How the ARTAS® Robotic System Works
The ARTAS® Robotic System automates two critical steps in the Follicular Unit Extraction (FUE) hair transplant process: harvesting follicular unit grafts and creating recipient sites. This automation enhances the precision and consistency of the procedure, maximizing follicle preservation and minimizing the risk of human error. Unlike manual FUE procedures, the ARTAS system ensures accuracy that is difficult to achieve by hand, all while avoiding a linear scar and imposing limited post-operative restrictions on physical activity for 10-14 days.
The system operates using an advanced optical three-dimensional guidance system combined with a dual punch mechanism. This technology allows the robot to locate and extract follicular units based on the physician’s programmed specifications. The ARTAS robot performs these actions hundreds to thousands of times per session with a level of consistency that surpasses manual techniques.
Additionally, the ARTAS robot creates recipient sites for the grafts according to an aesthetic plan designed by the physician and programmed into the system. This ensures that the placement of each graft is optimized for natural-looking results.
Key Benefits of the ARTAS Robotic System
- Natural Results: Patients can achieve noticeably thicker, natural-looking, and permanent hair growth starting around six months, with continued improvement over time.
- Minimally Invasive with No Linear Scar: The ARTAS® system intelligently harvests and implants individual follicles without the need for scalpels, stitches, or staples, resulting in no unsightly linear scarring.
- Fast and Effective: The robotic method enhances precision and speed, making the procedure quicker and more efficient than traditional manual hair transplant techniques.
ARTAS vs. NeoGraft: Understanding the Differences
While both ARTAS and NeoGraft employ the Follicular Unit Extraction (FUE) technique to harvest hair follicles, there are significant differences between the two systems.
ARTAS System
The ARTAS system automates the graft harvesting process using a computer-controlled robotic arm. This allows for precise selection and extraction of hair follicles based on a sophisticated algorithm, making the procedure faster and potentially more accurate than manual methods. The ARTAS system is particularly beneficial for patients with straight, dark hair, as the AI relies on contrast to identify follicles effectively.
NeoGraft System
On the other hand, the NeoGraft system relies on manual extraction performed by a skilled technician. While this method can be effective, it is subject to human error and may not match the speed or consistency of the ARTAS system. However, experienced NeoGraft technicians may achieve lower transection rates (the rate at which follicles are damaged during extraction) compared to the ARTAS system.
Hair Transplant Before and After
Age: 55
Gender: Male
Procedure: Hair Transplant
Grafts: 2200
Procedure Description:
Patient aimed to increase hair density on the crown. Photos taken before and nine months after.
ARTAS System Advantages
- Speed: The ARTAS robot can perform thousands of calculations per second, selecting and harvesting grafts much faster than a human technician.
- Precision: The robotic system’s ability to perform consistent and accurate extractions reduces the risk of damage to follicles.
ARTAS System Disadvantages
- Hair Type Limitation: The ARTAS system is most effective for patients with straight, dark hair. It may not be ideal for those with lighter hair or curly/textured hair due to its reliance on visual contrast.
- Higher Transection Rate: The ARTAS system may have a slightly higher transection rate (8-10%) compared to an experienced NeoGraft technician (3-5%).
- Limited Applicability: The system’s reliance on contrast limits its effectiveness for certain hair types, potentially reducing its applicability for a broader range of patients.
Frequently asked questions about Robotic Hair Restoration
Is Robotic Hair Transplant Better?
How Much Does a Robotic Hair Transplant Cost?
How Long Does a Robotic Hair Transplant Last?
Do You Have to Shave Your Head for a Robotic Hair Transplant?
The effectiveness of a robotic hair transplant depends on the individual’s hair type and specific needs. The ARTAS system excels with straight, dark hair but may be less effective for lighter or curly hair. Additionally, it has some limitations in expanding the donor area if there is insufficient donor hair on the sides and back of the head.
The cost of an ARTAS Robotic Hair Transplant procedure typically ranges from $15,000 to $20,000 USD, depending on various factors such as the extent of hair loss and the number of grafts required.
Since the procedure utilizes your own permanent, growing hair from the donor area, the results of robotic hair restoration surgery are intended to be long-lasting and can potentially last a lifetime.
While a full head shave is not always necessary, a partial shave is typically required for the ARTAS procedure to allow the robot to accurately identify and extract hair follicles.
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