PDF(Pubmed)
Abstract：
UNASSIGNED: Follicular unit excision (FUE) surgery is becoming increasingly popular and the number of grafts transplanted in a single session is increasing. Furthermore, complicated surgeries and those requiring a longer surgical time such as non-shaven FUE and long hair FUE are more actively being performed worldwide. The main aim in FUE surgery is to obtain the best quality grafts while minimizing follicular damage during donor harvest. This article describes a novel FUE device that achieves these goals.
UNASSIGNED: We describe a novel FUE device with Bluetooth function, fingertip touch sensor, multiphasic movement, automated operation by setting the interval time between punching motions, ergonomic design, various innovative functions, and an easily upgradable application used to operate the handpiece. We also report the concept of design, mechanism of action, methods of use, and effect of each innovative function.
UNASSIGNED: The various state-of-the-art features of the device minimize the risk of follicular injury when working with a wide variety of scalp and hair follicle types and conditions. In addition, it enables successful donor harvesting by reducing the surgeon\'s workload and improving ergonomics.
UNASSIGNED: We introduce an innovative and new device for use in FUE surgery. This novel device has the potential to increase the convenience, scalability, and safety of FUE surgery.
UNASSIGNED: We describe a novel FUE device with Bluetooth function, fingertip touch sensor, multiphasic movement, automated operation by setting the interval time between punching motions, ergonomic design, various innovative functions, and an easily upgradable application used to operate the handpiece. We also report the concept of design, mechanism of action, methods of use, and effect of each innovative function.
UNASSIGNED: The various state-of-the-art features of the device minimize the risk of follicular injury when working with a wide variety of scalp and hair follicle types and conditions. In addition, it enables successful donor harvesting by reducing the surgeon\'s workload and improving ergonomics.
UNASSIGNED: We introduce an innovative and new device for use in FUE surgery. This novel device has the potential to increase the convenience, scalability, and safety of FUE surgery.
摘要：
■卵泡单位切除（FUE）手术变得越来越流行，并且在单个疗程中移植的移植物数量正在增加。此外，复杂的手术和那些需要更长的手术时间，如非剃须FUE和长发FUE，在世界范围内更积极地进行。FUE手术的主要目的是获得最佳质量的移植物，同时最大程度地减少供体收获期间的卵泡损伤。本文描述了实现这些目标的新型FUE设备。
■我们描述了一种具有蓝牙功能的新型FUE设备，指尖触摸传感器，多相运动，通过设置冲压运动之间的间隔时间来自动操作，符合人体工程学的设计，各种创新功能，和一个易于升级的应用程序用于操作手机。我们还报告了设计的概念，作用机制,使用方法,以及每个创新功能的效果。
■该设备的各种最新功能可最大程度地减少在各种头皮和毛囊类型和条件下工作时造成毛囊损伤的风险。此外,它能够通过减少外科医生的工作量和改善人体工程学来实现成功的供体收获。
■我们介绍了一种用于FUE手术的创新和新设备。这种新颖的设备有可能增加便利性，可扩展性，FUE手术的安全性。
■我们描述了一种具有蓝牙功能的新型FUE设备，指尖触摸传感器，多相运动，通过设置冲压运动之间的间隔时间来自动操作，符合人体工程学的设计，各种创新功能，和一个易于升级的应用程序用于操作手机。我们还报告了设计的概念，作用机制,使用方法,以及每个创新功能的效果。
■该设备的各种最新功能可最大程度地减少在各种头皮和毛囊类型和条件下工作时造成毛囊损伤的风险。此外,它能够通过减少外科医生的工作量和改善人体工程学来实现成功的供体收获。
■我们介绍了一种用于FUE手术的创新和新设备。这种新颖的设备有可能增加便利性，可扩展性，FUE手术的安全性。
