ARTAS iX Robotic Hair Restoration System: The Intelligent Hair Transplant Technology
The ARTAS® iX Robotic Hair Restoration System is the world’s first intelligent hair transplant platform to utilize state-of-the-art robotic and artificial intelligence (AI) technology. This proprietary, patented, and FDA-cleared system offers precise, efficient, and repeatable harvesting with simultaneous recipient site making and implantation functionalities—all in a single, compact platform.
Empower your practice to deliver a personalized hairline design for every patient with unmatched accuracy and natural-looking results, without the risk of linear scarring.
Artificial Intelligence & Vision Technology:
Intelligent AI Integration: Continuously analyzes, monitors, and tracks each hair follicle’s characteristics (position, angle, size, and orientation) and adjusts for patient movement in real-time.
Machine Learning: Recognizes and digitally maps past, current, and future grafts, learning new patterns to deliver continuous improvement over time.
High-Definition Multi-Camera Stereoscopic Vision System: Features an incredible 44-micron resolution. The system accurately visualizes and analyzes each follicular unit, identifying key features at a rate of 60 times per second.
State-Of-The-Art Medical Grade Hardware:
7-Axis KUKA Robotic Arm: Delivers extreme dexterity and efficient movement with 0.1mm repeatability for automated, high-precision procedures.
Proprietary Ultra Punch: Features a multi-faceted tip and a controlled variable coring speed algorithm to efficiently dissect tissue with less potential trauma to the follicular structure, yielding highly robust grafts.
Compact Ergonomic Design: Streamlined to minimize the physical footprint in your clinic and maximize clinical efficiency.
Smart Software & User Interface:
3D Pre-Operative Planning: Enables physicians to customize, design, and prescribe the perfect recipient area and hairline for the patient before the procedure begins.
Touchscreen UI: An intuitive, graphics-based user interface with IoT capabilities that enhances physician collaboration with the technology.
