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IT Support Services

Hair Transplant – ARTAS®

The ARTAS® Robotic Hair Restoration System is the world’s first intelligent hair transplant platform to utilize state-of-the-art robotic and artificial intelligence technology. This robotic hair transplant system offers precise, efficient, and repeatable harvesting with simultaneous recipient site making and implantation functionalities in a single, compact platform. The advanced technology behind the ARTAS® iX machine continuously enhances both physician and patient experience and satisfaction, as evidenced by an average “Worth It” rating of 91% on RealSelf.com.

 

With ARTAS® and AI robotic technology, we ensure precision and accuracy throughout the transplant process, giving you natural-looking and long-lasting results. Our clinic is dedicated to making your hair restoration journey smooth and comfortable, tailoring our services to meet your unique needs and preferences.

 

At our hair transplant and hair restoration clinic, we prioritize patient satisfaction above all else, and our experienced staff works diligently to create a warm and welcoming environment. From the initial consultation to post-operative care, we are here to support and guide you every step of the way.

 

The ARTAS® iX robotic hair restoration platform includes an advanced multi-camera stereoscopic vision system with 44-micron resolution. This system, along with the device’s seven-axis robot arm, enables physicians to deliver automated procedures with the greatest accuracy. The ARTAS® robotic hair transplant system is able to intelligently analyze and select appropriate grafts from the donor area without the risk of linear scarring. The ARTAS® iX machine also accurately identifies and develops optimal recipient sites while simultaneously implanting each harvested graft. By protecting the patient’s existing terminal hair, the ARTAS® robotic hair transplant system works to maintain a more natural appearance in both the donor site and the recipient area.

 

ARTIFICIAL INTELLIGENCE INTEGRATION

 

  • – To deliver robotic hair restoration, advanced AI consistently analyzes, monitors and tracks each hair follicle’s characteristics–position, angle, size, and orientation–and adjusts for patient movement
  • – AI-optimized harvesting, intelligent graft analysis and randomized selection from donor area ensures high-quality grafts and natural-looking results
  • – Machine learning recognizes and digitally maps past, current and future grafts, and learns new patterns to deliver continuous improvement

 

 


 

 

HIGH DEFINITION MULTI-CAMERA STEREOSCOPIC VISION SYSTEM

 

  • – With 44-micron resolution, the ARTAS® iX system accurately visualizes and analyzes each follicular unit, while repeatedly recognizing and identifying key features at the rate of 60 times per second
  • – Image-guided robotic alignment technology accurately and precisely harvests each follicular unit at the optimal angle

 

 

STATE-OF-THE-ART MEDICAL GRADE HARDWARE

 

  • – The 7-axis KUKA robotic arm delivers high dexterity and efficient movement with 0.1mm repeatability
  • – Proprietary Ultra Punch with multi-faceted tip and controlled variable coring speed algorithm efficiently dissects with less potential trauma to follicular structure and yields robust grafts
  • – Compact and streamlined ergonomic design minimizes the footprint and facilitates clinical efficiency

 

 

Call Us at (424) 254-0878 and Setup Your FREE Consultation

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TOUCHSCREEN USER INTERFACE

  • – Intuitive, graphics-based user interface with IoT capabilities enhances physician collaboration with technology
  • – 3D Pre-Operative Planning enables physicians to customize and prescribe the recipient area design
  • – Proprietary, patented, and FDA-cleared system

 

 

Personalized

Delivering a personalized hairline design for every patient with state-of-the-art precision, efficiency, and repeatability.

Cutting-edge

Advanced AI consistently analyzes, monitors and tracks each hair follicle's characteristics–position, angle, size, and orientation–and adjusts for patient movement.

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