A hair weave removal tool includes a handle, an elongated member, a magnifier, and a light source. The elongated member extends from an end of the handle. The elongated member includes an extension extending outwardly therefrom and a guide member located laterally adjacent the extension. The magnifier is pivotably coupled to the handle laterally adjacent the elongated member. The light source is coupled to the handle, and is configured to illuminate an area above the extension.

Disclosed is a shield for eyelash extension of an eyelash extension system for extending a subject's eyelashes by bonding fake eyelashes thereto. The shield includes a safety cover divided into an upper body and a lower body such that front ends of the upper body and the lower body are paired to be opened or closed together to bite a subject's eyelashes placed therebetween. The safety cover includes a concave curved receiving groove in a front end of the safety cover to accommodate the subject's eyelashes while in contact with a protruding eye of the subject with his or her eye closed, and a work space with an entrance open to a rear side is provided behind the receiving groove. The work space is for accommodating the eyelashes pulled by being bitten between the front ends of the upper and lower bodies and conducting eyelash extension work therein.

A weave may be created by attaching multiple, unwefted hair extensions to a series of braided rows of a person's natural hair using the strands of unwefted hair extensions to secure such hair extensions, by looping and knotting the hair extensions, to the braided rows of the person's natural hair. The method advantageously secures the hair extensions to the person's natural hair without using harmful chemicals or damaging the person's hair or scalp and such that the hair extensions may appear to be the person's natural hair. The hair extensions may be removed from the person's natural hair without cutting or damaging the person's natural hair.

A hair extension sectioning apparatus includes a unitary body having a horizontal platform with parallel vertical protrusions forming slots between the protrusions. An adjacent guide panel also extends vertically from the platform. A unitary slotted depth selection plate is mounted to the body. The depth selection plate has parallel slats extending between two arms forming slots that fit the vertical protrusions. The perimeter of the plate has lever tabs that extend horizontally beyond the housing. A housing with a top panel extending between parallel sidewalls is mounted on the body. A method of preparing hair extensions for braiding includes removing the housing; adjusting the depth selection plate to a position identified using the guide panel; and distributing a bundle of hair extensions into the slots. The apparatus does the prep work for a braider, speeding up the process, making it more efficient and ensuring consistency.

A device may be used to selectively and automatically thread one or more needles, such as hair sewing/weaving needles.

A hair extension bead installation tool includes a loop of synthetic polymeric filament having bonded ends; a stopper adhered to the bonded ends; and multiple metallic beads with longitudinal bores loaded around the loop. The stopper is larger than a diameter of the bores. A method of manufacturing the hair extension bead installation tool includes forming a loop of a synthetic polymeric filament; bonding the ends together; sliding metallic beads onto the loop and adhering a stopper to the ends. An approximately ¼ inch portion of the synthetic polymeric filament between the beads and the ends remains bare. The pre-loaded tool is much more efficient for the stylist and allows more time for working with the client's hair.

A device may be used to selectively and automatically thread one or more needles, such as hair sewing/weaving needles. A threader arm of a plurality of threader arms may be selected via an interface. The selected threader arm may be configured to push a portion of a thread through an eye of a needle received at a needle receptacle associated with the selected threader arm.

A method of integrating a hair extension weft on a human scalp is disclosed. The hair extension weft includes a polyurethane strip enclosing a plurality of meshes arranged in a longitudinal direction of the strip. Each mesh is configured to have a plurality of contiguous hairs attached in a transverse orientation. The hair extension weft includes several gaps formed between the plurality of meshes in the longitudinal direction. Each gap is configured to receive a plurality of hairs from the human scalp. Upon clipping the hair extension weft to the human scalp, the plurality of hairs is pulled through each gap with a needle shaped tool placed under the each gap of the hair extension weft. A microbead is clamped to the plurality of hairs pulled through the each gap, to anchor the hair extension weft to the human scalp.

The present disclosure is drawn to weft hair extensions, and a method for attaching hidden rows of weft hair extensions to a wearer's natural hair. The hidden row of weft hair extensions is unexposed and undetectable on a wearer, allowing for a fuller, longer, more natural appearance.

A cosmetic treatment method. The method includes creating, on a region of the keratin materials to be treated, a set of adhesive areas and of non-adhesive areas extending between the adhesive areas. The method includes electrostatically projecting fibres onto the region.