ARTAS iX Robotic Hair Transplant System

Description

ARTAS iX Robotic Hair Transplant System – Robotic FUE Hair Restoration Platform

The ARTAS iX Robotic Hair Transplant System is an advanced Skin Rejuvenation Device developed to assist physicians in performing highly accurate robotic Follicular Unit Extraction (FUE) hair restoration procedures. Combining artificial intelligence, a 44-micron high-definition stereoscopic imaging system, and a 7-axis robotic arm, the system continuously analyzes each follicular unit, selects suitable donor grafts, and assists with recipient site creation and implantation. This intelligent workflow improves procedural consistency while helping preserve healthy surrounding hair and supporting natural-looking outcomes.

Featuring AI-guided follicle analysis, proprietary Ultra Punch technology, automatic patient motion tracking, continuous operation, and an ergonomic clinical design, the ARTAS iX enhances efficiency in modern hair restoration practices. It enables physicians to perform minimally invasive robotic hair transplantation with improved precision, streamlined workflow, and reduced operator fatigue, making it a trusted solution for cosmetic hair restoration clinics worldwide.

The ARTAS iX Robotic Hair Transplant System is an excellent choice for hair restoration clinics, dermatology centers, plastic surgery practices, and aesthetic medical facilities seeking an advanced AI-assisted robotic hair transplantation platform.

Main Benefits

Hair Restoration
Artificial intelligence continuously analyzes follicular units to identify optimal grafts for transplantation.

Robotic Precision
A 7-axis robotic arm delivers highly accurate follicle harvesting and implantation with excellent repeatability.

Minimally Invasive FUE Procedure
Performs robotic follicular unit extraction without creating a linear donor scar.

Natural-Looking Results
Intelligent planning helps preserve surrounding hair while optimizing graft placement and density.

Improved Clinical Efficiency
Automated harvesting and recipient site creation help streamline hair transplant procedures.

High Patient Comfort
Advanced imaging and robotic guidance minimize unnecessary tissue trauma during FUE procedures.

Key Features

AI Hair Follicle Analysis
Continuously evaluates:
Hair angle
Hair direction
Follicle size
Hair density
Follicular unit characteristics
for intelligent graft selection.

High-Definition Stereoscopic Vision
44-micron image resolution
Image acquisition up to 60 times per second
for accurate follicle visualization.

7-Axis Robotic Arm
Provides:
Precise harvesting
Recipient site creation
Automated implantation assistance
with high repeatability.

Proprietary Ultra Punch Technology
Multi-faceted punch design and variable coring speed help improve graft quality while minimizing follicle trauma.

Intelligent Motion Tracking
Automatically compensates for patient movement during treatment to maintain procedural accuracy.

User-Friendly Touchscreen
Integrated touchscreen interface simplifies treatment planning, monitoring, and workflow management.

Compact Clinical Design
Ergonomic footprint allows easy integration into modern hair restoration clinics.

Continuous Operation
Designed for extended clinical procedures with continuous operating capability.

Specifications

Product Type: AI-Assisted Robotic Hair Transplant System
Category: Skin Rejuvenation Devices
Subcategory: Hair Restoration Systems
Manufacturer: Venus Concept
Model: ARTAS iX
Technology
AI-Assisted Robotic FUE
High-Definition Digital Imaging
Robotic Hair Restoration
Robotic Arm
7-Axis Robotic Arm
Vision System
High-Definition Multi-Camera Stereoscopic Vision
Image Resolution
44 Microns
Image Capture Rate
60 Frames per Second
Hair Restoration Functions
Follicular Unit Identification
Hair Follicle Harvesting
Recipient Site Creation
Hair Follicle Implantation Assistance
Connectivity
Ethernet
Power Supply
100–240 VAC
Single Phase
50/60 Hz
15 A
Operation Mode
Continuous
FDA Classification
Class II

Applications
Robotic Hair Transplant
Follicular Unit Extraction (FUE)
Hair Restoration
Male Pattern Hair Loss Treatment
Hairline Design
Hair Density Restoration

Recommended Industries
Hair Restoration Clinics
Cosmetic Surgery Centers
Dermatology Clinics
Plastic Surgery Clinics
Aesthetic Medical Centers

Applications

Robotic FUE Hair Transplant
Automates follicular unit extraction with consistent precision.

Hairline Restoration
Creates natural-looking frontal hairlines and improved hair density.

Male Pattern Hair Loss
Designed to assist physicians treating androgenetic alopecia.

Hair Density Improvement
Restores hair volume using healthy donor follicles.

Cosmetic Hair Restoration
Supports minimally invasive hair transplant procedures with reduced visible scarring.

Advanced Hair Surgery
Suitable for high-volume hair restoration practices seeking AI-assisted workflow.

What is the ARTAS iX Robotic Hair Transplant System?
The ARTAS iX is an AI-assisted robotic platform designed to help physicians perform robotic FUE hair restoration procedures with precision and consistency.

How does the ARTAS iX work?
It uses artificial intelligence, stereoscopic imaging, and a 7-axis robotic arm to identify, harvest, and assist with implantation of healthy hair follicles.

What procedures can the system perform?
The system assists with follicular unit extraction (FUE), recipient site creation, and hair follicle implantation during hair restoration procedures.

Does the ARTAS iX leave a linear scar?
No. The system performs robotic FUE, which does not require strip harvesting and therefore avoids a linear donor scar.

Who commonly uses the ARTAS iX?
It is widely used by hair restoration surgeons, dermatologists, cosmetic physicians, plastic surgeons, and aesthetic clinics specializing in hair transplantation.

What type of patients is it intended for?
The system is indicated to assist physicians in treating appropriate candidates undergoing robotic FUE hair restoration procedures.