黑米专属着色技术
HIMI EXCLUSIVE
COLORING TECHNOLOGY
“黑米专属着色方案体系”
"HIMI Exclusive Coloring Scheme System"
（追求自然）
(Pursuing Nature)
（追求浓密）
(Pursuing Thick)
（高清加密）
(HD Encryption)
（疤痕伪装）
(Scar Camouflage)
（纹发失败修复）
(SMP Failure Repair)
采用多种适合不同脱发人群的专属着色方案，配合PF（完美融合）、NT（自然过渡）、SC（无缝衔接）等着色技术，可以针对不同的脱发类型，快速准确的制定出最适合国人的专属着色效果。此外，如“黑米专属着色方案体系”中的TAL发际线设计理念就可以根据客户年龄、脸型、脱发情况等因素进行专属发际线设计，效果浑然天成，更接近于自然。
The above technique combined with PF (Perfect Fusion), NT (Natural Transition), SC (Seamless Convergence) and other coloring techniques, can fast and accurately make a plan which most suitable for Chinese people. In addition, the TAL hairline design in "HIMI Exclusive Coloring Scheme System" can design the exclusive hairline according to some factors, such as the age, face shape and hair loss condition.
DCR方案可以让脱发患者的不同脱发区域（重度区域）、（中度区域）、（轻度区域）达到自然过渡，在保证整体效果自然、逼真的前提下，仿真毛囊点存留时间更长。
Using the DCR scheme can make the different level of hair loss area naturally transition, such as severe, moderate or light hair loss area. And under the condition of coloring result natural and realistic, the color will store for a longer period of time.
DCS方案可以根据脱发患者的不同需求与实际情况，让仿真毛囊点色泽更为纯正、扎实，使整体效果更为浓密，且不会晕色。
The DCS scheme can make the simulated hair follicles more pure and solid according to the different needs and actual conditions of the patients with hair loss, so that the overall effect is more dense and will not smudge.
ECM方案通常用于整体稀疏的脱发情况，在确保不伤害毛囊的基础上，让仿真毛囊与原有头发达到完美融合。
The ECM scheme is typically used for overall sparse hair loss, allowing the simulated hair follicle to blend perfectly with the original hair while ensuring that the hair follicle is not damaged.
SCS方案用于伤疤类伪装修复，根据不同的伤疤类型进行精准定位，让疤痕区域与正常头皮达到无缝衔接的效果。
The SCS scheme is used for scar repaired, and it can accurately recognize the different types of scars to achieve the results of a seamless connection between the scar area and the normal scalp.
SPR方案是专门适用于纹发失败的完美修复方案，该方案使由于纹发技术不专业所造成的严重后果得到完美恢复。
The SPR solution is a perfect repair solution specifically designed for the failure of SMP, which is a perfect recovery due to the serious consequences of unskilled SMP technology.
