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ARTAS Technology: Robotic Hair Transplantation

Léa Prague on December 2, 2022 0 Comments • Tags: #artastechnology #robot

ARTAS Technology: Robotic Hair Transplantation

Advances in technology have transformed numerous medical industries in recent years, and hair transplantation is no exception. The introduction of the ARTAS robotic system has revolutionised the hair restoration industry, offering a precise, efficient and minimally invasive solution for people suffering from hair loss. This article explores the ARTAS technology, delving into its functionality, benefits and potential drawbacks.

What is ARTAS technology?

ARTAS technology represents a revolutionary innovation in the field of hair transplantation. Developed by Restoration Robotics, the ARTAS robotic system is designed to automate and enhance the hair follicle extraction process during hair restoration procedures. Using advanced algorithms, artificial intelligence and precision robotics, ARTAS aims to achieve consistent and natural-looking results.

How does ARTAS robotic hair transplant work?

The ARTAS robotic hair transplant system follows a carefully orchestrated process to ensure optimal hair transplant results:

1.

Evaluation and planning

Initially, the surgeon evaluates the condition of the patient’s scalp and designs a personalised hair restoration plan. The ARTAS technology system assists in mapping the patient’s scalp and identifying the ideal hair follicles to harvest.

2.

Robotic assisted picking

During the procedure, the robotic arm of the ARTAS Robotic Hair Transplantation System precisely identifies and extracts healthy hair follicles from the donor area of ​​the patient’s scalp. It uses advanced algorithms to choose the most suitable hair transplants, considering factors such as angle, depth and orientation.

3.

Minimally invasive technique

Unlike traditional hair transplantation methods that involve a linear incision, ARTAS robotic hair transplantation uses a minimally invasive approach. It uses small, precise punches to individually extract hair follicles, reducing scarring and promoting faster healing.

4.

Transplant

Once the healthy hair follicles have been extracted, they are meticulously transplanted into the recipient area according to the plan predefined by the surgeon. The surgeon maintains control throughout the transplant process, ensuring a natural-looking result.

Advantages of ARTAS technology

1.

Precision and accuracy

The ARTAS robotic system offers exceptional precision, minimising the risk of human errors during the follicular unit extraction (FUE) process. This precision allows for the extraction of high-quality grafts, resulting in improved transplant outcomes.

2.

Little invasive

Traditional hair transplant techniques often result in a noticeable linear scar. ARTAS technology, on the other hand, uses smaller punches for extraction, leaving minimal and almost invisible scars. This approach promotes faster healing, reduces discomfort, and minimises post-operative recovery time.

3.

Natural looking results

The algorithms and robotic arm of the ARTAS System work collaboratively to ensure the extraction and placement of hair follicles that match the patient’s existing hair pattern, resulting in a more natural-looking hair pattern and overall aesthetics .

4.

Efficiency

ARTAS technology speeds up the hair transplant process. The robotic system can accurately harvest hair grafts at a faster rate than manual extraction methods, saving time for both the surgeon and the patient.

Disadvantages of ARTAS technology

1.

Costs

Implementing ARTAS technology in hair restoration procedures can increase the overall cost compared to traditional methods. The initial investment in the robotic system and ongoing maintenance costs are often reflected in the pricing of ARTAS procedures.

2.

Limitations in hair type and colour

ARTAS technology may have limitations in patients with certain hair types or colours. It relies on the contrast between the hair and the scalp to accurately identify and extract the grafts. People with light coloured or thin hair may not be ideal candidates for the ARTAS system.

3.

Surgical skills

Although ARTAS improves the precision and efficiency of hair transplantation, the procedure still requires an experienced surgeon to plan and supervise the process. Surgeons must possess a deep understanding of the ARTAS technology to maximize its potential and achieve optimal results.

Conclusion

The ARTAS robotic system represents a significant advance in the field of hair restoration, offering patients a minimally invasive and precise solution for hair transplantation. Combining artificial intelligence, robotics and surgical expertise, ARTAS technology provides natural-looking results with minimal scarring and shortened recovery times. However, it is important to consider the potential limitations and increased cost associated with this cutting-edge technology. As technology evolves, we can expect further improvements in the field of hair transplantation, resulting in improved results and greater patient satisfaction.

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