ARTAS iX Hair Restoration Platform

Description

ARTAS iX Hair Restoration Platform

The ARTAS iX Hair Restoration Platform is an advanced robotic hair transplant system that combines artificial intelligence (AI), robotic-assisted follicular unit extraction (FUE), digital imaging, and precision graft harvesting technologies to deliver highly accurate hair restoration procedures. Designed for hair restoration clinics, cosmetic surgery centers, dermatology practices, and aesthetic medical facilities, ARTAS iX represents one of the most sophisticated robotic solutions available for modern hair transplantation.

Developed to improve consistency, graft quality, and procedural efficiency, ARTAS iX assists physicians throughout the FUE process by identifying, harvesting, and selecting optimal follicular units while minimizing human variability. The platform utilizes advanced imaging algorithms, intelligent graft analysis, and robotic precision to support natural-looking outcomes and high graft survival potential.

What Is the ARTAS iX Hair Restoration Platform?

ARTAS iX is a robotic-assisted Follicular Unit Extraction (FUE) system that uses artificial intelligence and high-definition imaging to identify and harvest individual follicular units from the donor area.

Unlike traditional manual FUE procedures, ARTAS iX continuously analyzes hair characteristics and scalp conditions in real time, helping physicians optimize graft harvesting while preserving donor area integrity.

The platform is designed to support:

• Hairline restoration
• Male pattern hair loss procedures
• Female hair thinning treatments
• Crown restoration
• Density enhancement
• Scar camouflage procedures
• Facial hair transplantation
• Beard restoration
• Eyebrow transplantation

Evolution of ARTAS Technology

From Robotic FUE to Intelligent Hair Restoration

The ARTAS platform has evolved through multiple generations of robotic innovation.

Key Advancements in ARTAS iX

• Artificial intelligence-assisted graft selection
• Enhanced digital imaging
• Improved harvesting precision
• Advanced physician planning tools
• Faster procedural workflows
• Real-time scalp tracking
• Intelligent donor management

Artificial Intelligence Hair Restoration Technology

Intelligent Follicular Unit Analysis

The ARTAS iX system continuously evaluates:

• Hair angle
• Hair direction
• Hair density
• Follicular grouping
• Donor availability
• Skin characteristics

Benefits

• Improved harvesting consistency
• Reduced transection risk
• Optimized graft selection
• Enhanced procedural efficiency

Technology

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

Technology using local anesthesia, quickly and efficiently, collecting more than 2000 grafts per hour
Intellectual software recognizes and digitally maps past, current and future grafts, and learns new patterns to deliver continuous improvement

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

Real-Time Imaging System

Advanced stereoscopic imaging allows the robotic system to visualize donor follicles with exceptional accuracy.

Imaging Capabilities

• High-definition scalp mapping
• Follicular unit identification
• Hair orientation analysis
• Real-time procedural monitoring

AI-Powered Treatment Planning

The platform assists physicians in developing customized restoration strategies.

Planning Functions

• Hairline design assistance
• Density planning
• Donor area assessment
• Graft distribution analysis

Transplants to resolve hair loss, including:

Virtually pain-free.
Identifies and selects the most viable hair follicles for harvest and transplantation.
Hair follicles are robotically harvested with a higher survival rate.
Robotic recipient site creation – avoids harming surrounding hair follicles.
Fast recovery.

Benefits of FUE Hair Restoration

FUE offers less discomfort and a faster return to normal daily activities than traditional, more invasive methods of hair restoration. The ARTAS iX moves healthy, functioning follicles to the areas of the patient’s scalp most impacted by baldness for more dramatic results. The implanted hairs develop their own blood supply, begin to grow and new hairs are seen a few months after the procedure has taken place.

General System Specifications

Robotic System Specifications

Imaging System Specifications

Artificial Intelligence Specifications

Hair Restoration Treatment Specifications