Artas
ARTAS Robot Components
The core components of the ARTAS robot are a robotic arm fitted with a sharp/blunt dual punch harvesting mechanism, an optical imaging system that scans the surface of the scalp and guides the robotic arm, a computer terminal networked with the robot’s central processor, a flat-screen TV display, a tensioner device that is applied to the patient’s scalp, and a chair with attached halo where the patient sits and rests his head.
The ARTAS robot also has the capability of recipient site making with ARTAS hair studio technology that allows the physician to design the hair transplant digitally.
The ARTAS robotic hair transplant system starts by using 3D technology to help customize and plan your personalized hairline design. It then uses a high-definition stereoscopic vision system, robotic arm, and ARTAS Artificial Intelligence algorithms to identify and select the best hair follicles for transplanting. These follicles are then intelligently harvested with robotic precision and speed to preserve the natural look of your donor area, meaning no linear scarring. The ARTAS procedure will also accurately identify and create an optimal recipient site and simultaneously implant the harvested hair follicles*. The minimally invasive process protects your existing healthy hair and maintains a natural appearance in both the donor area and the new implantation area.
RESTORATION ROBOTICS ARTAS FP-40000 HAIR RESTORATION SYSTEM WITH PATIENT CHAIR 2014 FOR SALE!! (RESTORATION ROBOTICS ARTAS FP-40000 HAIR RESTORATION SYSTEM)
How It Works:
The ARTAS robotic hair transplant system starts by using 3D technology to help customize and plan your personalized hairline design. It then uses a high-definition stereoscopic vision system, robotic arm, and ARTAS Artificial Intelligence algorithms to identify and select the best hair follicles for transplanting. These follicles are then intelligently harvested with robotic precision and speed to preserve the natural look of your donor area, meaning no linear scarring. The ARTAS procedure will also accurately identify and create an optimal recipient site and simultaneously implant the harvested hair follicles*. The minimally invasive process protects your existing healthy hair and maintains a natural appearance in both the donor area and the new implantation area.
Restoration Robotics ARTAS FP-40000 Hair Restoration System with Patient Chair. Manufactured 2014; Perfect Cosmetic and Operating Condition, Single Owner, Only Used 3x; Software Version: 7.X. Includes: Patient Chair, Control Box, System Remote, Keys, Operator Manual.
The ARTAS robotic hair restoration treatment is a minimally invasive hair transplant that uses Artificial Intelligence (AI) technology to deliver precise, natural-looking results. The system utilizes advanced image-guided robotics, to precisely analyze and dissect the best grafts from your donor area, and then accurately identify where they should be implanted to achieve a seamless, personalized hairline that’s perfectly suited to you.
#artas #roboticsartas #beautylaserequipment
The ARTAS robotic hair transplant system starts by using 3D technology to help customize and plan your personalized hairline design. It then uses a high-definition stereoscopic vision system, robotic arm, and ARTAS Artificial Intelligence algorithms to identify and select the best hair follicles for transplanting. These follicles are then intelligently harvested with robotic precision and speed to preserve the natural look of your donor area, meaning no linear scarring. The ARTAS procedure will also accurately identify and create an optimal recipient site and simultaneously implant the harvested hair follicles*. The minimally invasive process protects your existing healthy hair and maintains a natural appearance in both the donor area and the new implantation area.
Restoration Robotics ARTAS FP-40000 Hair Restoration System with Patient Chair. Manufactured 2014; Perfect Cosmetic and Operating Condition, Single Owner, Only Used 3x; Software Version: 7.X. Includes: Patient Chair, Control Box, System Remote, Keys, Operator Manual.
The ARTAS robotic hair restoration treatment is a minimally invasive hair transplant that uses Artificial Intelligence (AI) technology to deliver precise, natural-looking results. The system utilizes advanced image-guided robotics, to precisely analyze and dissect the best grafts from your donor area, and then accurately identify where they should be implanted to achieve a seamless, personalized hairline that’s perfectly suited to you.
- Natural-looking results – Virtually undetectable
- No linear scarring
- Customized hairlines
- Virtually Pain Free – Minimally invasive and comfortable. No stitches or linear scar associated with the ARTAS Robotic Hair Transplant Procedure.
- Intelligent Algorithms – Identify and select your best hairs for harvesting.
- Physician-Assisted Robotic Technology – Delivers high quality robust grafts.
- Robotic 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.
- Eliminates Human Fatigue and the Potential for Error Associated with Traditional Manual Hair Transplants – Ensures consistent graft quality throughout the procedure.
- Fast recovery – Minimal downtime allows you to get back to work and your daily activities quickly
#artas #roboticsartas #beautylaserequipment
ARTAS Robot Components
The core components of the ARTAS robot are a robotic arm fitted with a sharp/blunt dual punch harvesting mechanism, an optical imaging system that scans the surface of the scalp and guides the robotic arm, a computer terminal networked with the robot’s central processor, a flat-screen TV display, a tensioner device that is applied to the patient’s scalp, and a chair with attached halo where the patient sits and rests his head.
The ARTAS robot also has the capability of recipient site making with ARTAS hair studio technology that allows the physician to design the hair transplant digitally.
RESTORATION ROBOTICS ARTAS FP-40000 ROBOT WITH CHAIR 2014 FOR SALE!! (RESTORATION ROBOTICS ARTAS FP-40000 ROBOT WITH CHAIR 2014)
The ARTAS robotic hair transplant system starts by using 3D technology to help customize and plan your personalized hairline design. It then uses a high-definition stereoscopic vision system, robotic arm, and ARTAS Artificial Intelligence algorithms to identify and select the best hair follicles for transplanting. These follicles are then intelligently harvested with robotic precision and speed to preserve the natural look of your donor area, meaning no linear scarring. The ARTAS procedure will also accurately identify and create an optimal recipient site and simultaneously implant the harvested hair follicles*. The minimally invasive process protects your existing healthy hair and maintains a natural appearance in both the donor area and the new implantation area.
Restoration Robotics Artas FP-40000 Hair Restoration 2014; Manufactured 08/20/2014; Excellent Cosmetic and Operating Condition, Single Owner; Software Version 4.9.3; Includes: Artas Patient Chair.
The ARTAS Robotic System is the most advanced technology for surgical hair restoration. It aids the physician in performing Follicular Unit Extraction (FUE) hair transplant procedures with accuracy and consistency that allows for maximum preservation of follicles.
The core components of the ARTAS robot are a robotic arm fitted with a sharp/blunt dual punch harvesting mechanism, an optical imaging system that scans the surface of the scalp and guides the robotic arm, a computer terminal networked with the robot’s central processor, a flat-screen TV display, a tensioner device that is applied to the patient’s scalp, and a chair with attached halo where the patient sits and rests his head. The ARTAS robot also has the capability of recipient site making with ARTAS hair studio technology that allows the physician to design the hair transplant digitally.
Why Robotic Hair Restoration?
#artas #roboticsartas #beautylaserequipment
Restoration Robotics Artas FP-40000 Hair Restoration 2014; Manufactured 08/20/2014; Excellent Cosmetic and Operating Condition, Single Owner; Software Version 4.9.3; Includes: Artas Patient Chair.
The ARTAS Robotic System is the most advanced technology for surgical hair restoration. It aids the physician in performing Follicular Unit Extraction (FUE) hair transplant procedures with accuracy and consistency that allows for maximum preservation of follicles.
The core components of the ARTAS robot are a robotic arm fitted with a sharp/blunt dual punch harvesting mechanism, an optical imaging system that scans the surface of the scalp and guides the robotic arm, a computer terminal networked with the robot’s central processor, a flat-screen TV display, a tensioner device that is applied to the patient’s scalp, and a chair with attached halo where the patient sits and rests his head. The ARTAS robot also has the capability of recipient site making with ARTAS hair studio technology that allows the physician to design the hair transplant digitally.
Why Robotic Hair Restoration?
- Latest Version Of The Artas Robot
- Digital Hair Transplant Technology
- Precise, Reliable, State-Of-The-Art
- Proprietary, Patented, Fda-Cleared Device
- Board Certified Surgeons
- Doesn’t Get Fatigued Or Commit Human Error
- Procedure Completed In A Reasonable Time
- Minimal Discomfort Downtime
- Free Consultation
- Affordable & Competitive Pricing
- 0% Financing
#artas #roboticsartas #beautylaserequipment
The ARTAS Robotic System is the most advanced technology for surgical hair restoration. It aids the physician in performing Follicular Unit Extraction (FUE) hair transplant procedures with accuracy and consistency that allows for maximum preservation of follicles.
RESTORATION ROBOTICS ARTAS FP-40000 HAIR RESTORATION 2012 FOR SALE!! (RESTORATION ROBOTICS ARTAS FP-40000 HAIR RESTORATION 2012)
The FUE is a method of individual hair graft harvesting that is an lternative to the traditional scalpel harvesting approach. FUE is increasing in popularity because it does not leave a linear scar. However, this approach presents many hurdles. Until recently, the most common hurdle was the difficult and time consuming nature of the manual approach to FUE. Now, devices like Neograft and Artas have helped overcome these limitations. However, graft quality can suffer dramatically in the hands of an inexperienced team that is not aware of the limitations of the machines. Previously, we described some of these limitations using the Neograft device, and a method to overcome them, in an earlier manuscript. In this manuscript, our center measured graft loss using the Artas harvesting process.
The Artas device automatically selects and harvests the follicular unit grafts and performs the motion without human intervention. The Artas robotic activity involves a punch and core motion that leaves the grafts in the scalp. The grafts remain in the scalp, but are loose and ready for a gentle manual pluck with a forcep to transfer them to a holding medium. However, the device is not able to determine if it has completed a proper harvest and does not assess the quality of the grafts harvested. Grafts could be incompletely punched, improperly cored, transected, or sucked up into the holding chamber leaving a gap with no graft at the harvest site. Other types of damage can occur in such a way that could affect viability Despite the limitations, the Artas produces an automated motion that relieves the physician of the physical strain and repetitive motion injury that can occur from manual FUE. As a result of this time and strain relieving motion, the Artas device is a pay-perattempt device that charges the clinic (and thus the patient) per attempt/motion to harvest and not per actual successful harvest.
Restoration Robotics ARTAS FP-40000 Hair Restoration 2012; For International Sale Only; Manufactured 12/2012; Good Cosmetic and Operating Condition, Single Owner, Received Full Maintenance Service and Certification on 12/08/2015, Records Available Upon Request; System Requires an Upgrade and Recertification thru Restoration Robotics at a Cost of $100,000; Software Version 4.9.3; Includes: ARTAS Patient Chair.
WHY ROBOTIC HAIR RESTORATION?
RESTORATION ROBOTICS Artas Robotic Hair Transplant System is minimal, about a millimeter in diameter, and thus healing times are much shorter. Other potential benefits of robotics in hair transplantation include:
#artas #roboticsartas #beautylaserequipment
The Artas device automatically selects and harvests the follicular unit grafts and performs the motion without human intervention. The Artas robotic activity involves a punch and core motion that leaves the grafts in the scalp. The grafts remain in the scalp, but are loose and ready for a gentle manual pluck with a forcep to transfer them to a holding medium. However, the device is not able to determine if it has completed a proper harvest and does not assess the quality of the grafts harvested. Grafts could be incompletely punched, improperly cored, transected, or sucked up into the holding chamber leaving a gap with no graft at the harvest site. Other types of damage can occur in such a way that could affect viability Despite the limitations, the Artas produces an automated motion that relieves the physician of the physical strain and repetitive motion injury that can occur from manual FUE. As a result of this time and strain relieving motion, the Artas device is a pay-perattempt device that charges the clinic (and thus the patient) per attempt/motion to harvest and not per actual successful harvest.
Restoration Robotics ARTAS FP-40000 Hair Restoration 2012; For International Sale Only; Manufactured 12/2012; Good Cosmetic and Operating Condition, Single Owner, Received Full Maintenance Service and Certification on 12/08/2015, Records Available Upon Request; System Requires an Upgrade and Recertification thru Restoration Robotics at a Cost of $100,000; Software Version 4.9.3; Includes: ARTAS Patient Chair.
WHY ROBOTIC HAIR RESTORATION?
- Latest version of the ARTAS Robot
- Digital Hair Transplant Technology
- Precise, Reliable, State-of-the-Art
- Proprietary, Patented, FDA-cleared Device
- Board Certified Surgeons
- Doesn’t get Fatigued or Commit Human Error
- Procedure Completed in a Reasonable Time
- Minimal discomfort Downtime
- FREE Consultation
- Affordable & Competitive Pricing
- 0% Financing
RESTORATION ROBOTICS Artas Robotic Hair Transplant System is minimal, about a millimeter in diameter, and thus healing times are much shorter. Other potential benefits of robotics in hair transplantation include:
- Less invasive approach
- Speed and efficiency
- Reduced the labor intensity of the procedure
- Reduced cost to the patient
#artas #roboticsartas #beautylaserequipment
The ARTAS robotic hair transplant system starts by using 3D technology to help customize and plan your personalized hairline design. It then uses a high-definition stereoscopic vision system, robotic arm, and ARTAS Artificial Intelligence algorithms to identify and select the best hair follicles for transplanting. These follicles are then intelligently harvested with robotic precision and speed to preserve the natural look of your donor area, meaning no linear scarring. The ARTAS procedure will also accurately identify and create an optimal recipient site and simultaneously implant the harvested hair follicles*. The minimally invasive process protects your existing healthy hair and maintains a natural appearance in both the donor area and the new implantation area.
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