Your cart is currently empty!
ARTAS iX – Robotic Hair Transplant System OverviewThe ARTAS iX is a cutting-edge robotic hair restoration system designed to deliver precise, minimally invasive hair transplant procedures. Combining advanced robotics with AI technology, ARTAS iX assists physicians in harvesting and implanting hair follicles with unmatched accuracy, consistency, and natural-looking results. Key Features Robotic Precision – Automated…
Overview
The ARTAS iX is a cutting-edge robotic hair restoration system designed to deliver precise, minimally invasive hair transplant procedures. Combining advanced robotics with AI technology, ARTAS iX assists physicians in harvesting and implanting hair follicles with unmatched accuracy, consistency, and natural-looking results.
Robotic Precision – Automated follicular unit harvesting for accuracy and consistency.
AI-Assisted Technology – Intelligent algorithms identify and select optimal donor hair.
Minimally Invasive – No linear scar, reduced discomfort, and quicker recovery.
Integrated Implantation – Streamlined process with simultaneous site creation and implantation.
Customizable Treatment – Designed to match each patient’s natural hair pattern for natural results.
Natural-looking, permanent hair restoration
Faster recovery compared to traditional methods
Virtually undetectable results with no stitches or scalpels
Reduced physician fatigue with robotic assistance
Improved efficiency and shorter procedure times
Outpatient procedure performed in-office
Robotic system identifies, extracts, and implants follicles
Patients typically resume normal activities within a few days
Results gradually improve as transplanted hair grows naturally
Men and women with thinning hair or baldness
Individuals seeking a minimally invasive alternative to strip surgery
Patients desiring natural, permanent hair restoration
Robotic follicular unit extraction (FUE) technology
AI-driven hair mapping and implantation system
Real-time 3D analysis for precision placement
FDA-cleared and clinically validated system