FIELD: cosmetology.
SUBSTANCE: invention relates to extension of artificial parts of hair, particularly to artificial lashes, namely to methods of extension of natural lashes with artificial lashes by means of their adhesion to each other. Disclosed method of forming bundle in volume eyelash extension involves placing line of lashes of required diameter and length based on discretion of master on hand, on board, on special band, wherein forceps should be kept so, that arm is relaxed and not tensed, then extraction of required amount of lashes is made based on desire of master and client, wherein release of eyelash for operation is made with far from master tip of forceps, which can be in any place relative to lashes, as closer to its ends, and closer to toe, wherein forceps is in such position, where 1–2 mm tip of forceps is free from lashes, then forceps is smoothly lowered downwards, to thrust so, that sponges of forceps face tape only after forceps is lowered down and got on tape with eyelashes, it is necessary to tightly close forceps, thus fixing selected eyelashes, then selected lashes with tape are torn off only by half, that is not completely, and are placed at little farther than main part of lashes, then forceps is removed, it is closed and with forceps slightly press on upper part of tape there, where selected eyelashes are, and forceps is slightly driven sideways thus brushing one part of bundle, then it is pushed again and again, moving forceps in other side to obtain uniformly open bundle of lashes, wherein in order to remove finished bundle from tape forceps is opened, carried so, that eyelashes are located between jaws of forceps, it is strongly closed and lashes are fixed either in middle of their length, or slightly above middle point, then they are smoothly removed from tape towards master and therefore in formed bundle remains in forceps.
EFFECT: technical result of disclosed method is making uniform bundle of lashes, increased service life of fixed lashes, longer wearable lashes without deterioration of quality and maximum expression.
1 cl, 10 dwg
Authors
Dates
2017-01-10—Published
2015-12-09—Filed