ARTASiX

OPERATING PRINCIPLE & TECHNOLOGY

ARTIFICIAL INTELLIGENCE INTEGRATION

• Advanced artificial intelligence continuously analyses, monitors and tracks the characteristics of each hair follicle (position, angle, size and orientation) and adapts to the patient’s movements.
• Artificial intelligence ensures optimised hair removal. Intelligent graft analysis as well as random selection from the donor area ensure high-quality grafts and natural-looking results.
• Machine learning recognises and maps past, current and future grafts and learns new patterns for continuous improvement.

HIGH-RESOLUTION STEREOSCOPIC MULTI-CAMERA VISION SYSTEM

• With a resolution of 44 microns, the ARTAS^® system visualises and analyses each follicular unit, recognising and identifying key features at a rate of 60 times per second.
• Image-guided, robotic alignment technology accurately and precisely removes each follicular unit at the perfect angle

STATE-OF-THE-ART HARDWARE IN MEDICAL QUALITY

• The 7-axis KUKA robotic arm provides enormous dexterity and efficient movements with 0.1 mm reproducibility
• Proprietary Ultra Punch with its multi-faceted tip and controlled variable coring speed algorithm ensures efficient dissection with less potential trauma to the follicular structure, delivering robust grafts
• The compact and streamlined ergonomic design minimises space requirements and facilitates clinical efficiency

TOUCHSCREEN USER INTERFACE AND ARTAS^® HAIR STUDIO

• The intuitive graphics-based user interface with IoT capabilities enhances collaboration between clinicians and technology
• Pre-operative 3D planning allows clinicians to customise and prescribe the recipient area design
• Proprietary, patented and FDA-approved system

THE UNIQUE ARTAS™ PROCEDURE

1. ARTAS Hair Studio™ interactive 3D patient consultation

This unique tool provides interactive 3D patient consultation information that transforms the hair restoration experience and helps meet patient expectations.

• Designs a simulated 3D hair transplant model using actual patient photos

• Creates a customised aesthetic plan of the recipient site

2. ARTAS™ robot-assisted precision hair removal

Using advanced image-guided robotics, the ARTAS hair removal system precisely cuts thousands of follicular units in a single session. Intuitive controls and intelligent algorithms select and remove the most viable hairs for transplantation.

3. Processing

4. ARTAS™ robotic-assisted location determination

ARTAS Artificial Intelligence™ algorithms represent a significant advancement in hair restoration with unique benefits:

• Identifies and protects existing permanent hair

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  Creates precise recipient sites

• Enables an appealing outcome with an optimised aesthetic pattern

• Enables consistent, reproducible results

5. Implantation