The First and Only Robotic Hair Transplant System
Look younger with ARTAS® Robotic Hair Transplant. This physician-assisted technology provides permanent, natural-looking results without the plugs, pain and stitches associated with traditional hair transplants like strip surgery. This minimally invasive procedure does not leave a linear scar, so you can willingly cut and style your hair the way you like without having to hide any scar.
What are the Benefits of Hair Transplant by Using ARTAS?
Identify and select your best hairs for harvesting.
Digital mapping provides precise and consistent graft dissection, unavailable with manual techniques.
Robotic Recipient Site Making
Creates natural site distribution for optimal results that avoids damaging existing healthy hair.
Better Performance and Great Results:
Eliminates human fatigue and the potential for error associated with traditional manual hair transplants, and ensures consistent graft quality throughout the procedure.
Allows you to get back to work and your daily activities quickly.
Natural-looking Hair without Scars
No stitches or linear scar associated with the ARTAS Robotic Hair Transplant Procedure. Besides that, many patients report some temporary discomfort after procedure. Your doctor may recommend some painkiller like ibuprofen or acetaminophen (Tylenol®) for overcoming pain.
Watch this video to see how the ARTAS ROBOTIC work
The ARTAS® System vs. Manual Tools
|Method||Robotic Precision to target each hair individually. No stitches needed
||It involves the removal of a strip of scalp from the back of the head. Wound is closed using stitches.
|Pain||Ibuprofen if mild discomfort after the procedure||Prescription pain medication is required following the procedure. Long-term side effects may occur such as Numbness, Scalp tightness and lingering pain.|
|Donor Area Appearance||Natural Looking donor area||A visible linear scar|
|Hair Style||Hair can be worn any style any length||Longer hair style to hide the scar|
|Recovery||Back to normal daily activities in no time.||A long healing process that reaches up to several weeks with restricted activity.|
|The System||Robotic System
||Manual Handheld tools
|Artas Hair Studio||A 3D simulation of your potential results. to determine the desired outcome before you start||Not Available|
|Donor Area Appearance||Intelligent algorithms to identify and select the best hairs for harvesting through a targeted graft selection and a natural looking donor area.||Not available. All is done manually using eye site.|
|Harvesting Method||Image guided robotic alignment for a consistent graft quality throughout the procedure||Inconsistent Results, due to human fatigue resulting from manual harvesting|
|User Interface||High resolution digital imaging for visual detail of the donor area to harvest healthy grafts according to different parameters such as graft quality and hair angles.||NONE. It depends entirely on human eye-hand coordination.|
|Punch Type||A precise dissection technique to produce minimal scarring and best quality grafts.||A sharp punch that affects the quality of the grafts. Chances of transection increase.|
|Suction||Utilizes suction and vacuum during dissection process. To elevate grafts above the scalp for ease of extraction.||Continuous suction to extract and transport the graft into a storage vial. Which causes the graft to dry out|
|Digital Mapping||Digital imaging and analysis that provides accurate calculations of hair follicle characteristics necessary for successful graft dissection.||NONE.|
|Recipient site making||Intelligent algorithms for precise Recipient site making to create a natural looking hair pattern that matches the Artas studio design without affecting currently existing.||Recipient sites delivered using surgical blade, which makes it difficult to avoid damaging pre-existing healthy hairs. This process also causes fatigue and produces inconsistent quality overtime .