A wig apparatus is provided comprising: a mesh cap comprising an inner surface, an outer surface, a front region, side regions, and a rear region, the front region comprising a front edge, the side regions comprising a first side edge and a second side edge, and the rear region comprising a rear edge; a filament coupled to the outer surface of the mesh cap in at least one of the front region, the side regions and the rear region; and a parting area disposed within the front region of the mesh, the parting area comprising a first lower corner member, a second lower corner member, and an upper member, the first lower corner member being opposed to the second lower corner member, the upper member being adjacent to each of the first lower corner member and the second lower corner member.

The Weave Assist is an all inclusive flat but slighlty elevated weaving device used by stylist and seamstresses to cut out the stop and start of needle prepping. It is also used to make and correct wig units in a portable all inclusive design that has a simple blade for your cutting needs while prepping or wig making. It also has feet to help the device stay in place while working. The device the has a base, spool, spool holder, storage box, cutting blade, magnet, and half moon holder to attach block bead if not attaching directly to the base. The weave assist allows needle prep for up to 2½ clients. The lifespan of the weave assist is 3-7 years with proper use. The device can eliminate one less step in the weaving process allowing work to process without breaks and complete clients in a timely manner.

Methods of making a wig are presented where the wig has a top portion that defines an opening corresponding to the wearer's part, the top portion being composed of a fabric and having wig hairs attached to the top portion. Wig clips on the underside of the top portion may attach the wig to the wearer's natural hair on the opposing sides of the wearer's part. The methods address manufacture of the wig and also address modifying an existing wig to create the wig.

A hairstyling weftlock is provided which consists of a narrow band having opposing ends consisting of a locking mechanism at one end and a threading portion. Upon threading the threading portion through the locking mechanism, the locking mechanism is able to secure the threading portion at a desired length along the threading portion. The weftlock of the current invention may satisfy a connective function in the fabrication of a wig assembly or may be utilized to sheave strands of hair of a hairstyle client by connecting wefts of hair to other hair, including human hair and hair styled in braids, twists or cornrows and wig assembly cornrows, as well as facilitate the installation of braid extensions.

A method of installing a wig on the head of a wearer, the wig having a top portion that defines an opening corresponding to the wearer's part, the top portion being composed of a fabric and having wig hairs attached to the top portion. Wig clips attach the wig to the wearer's natural hair on the opposing sides of the wearer's part so that the wearer's natural part is exposed. The wearer's natural hair is not disposed over the fabric at the edges of the opening. Alternatively, a leave-out of the wearers natural hair does not cover the wig hair adjacent to the edges of the opening. The wig hair adjacent to the edges of the opening may be tangled or the installer may tease the wig hairs adjacent to the edges of the opening. The invention is also a wig for application of the method.

Disclosed are a system, and method for fixation of hair fibers on a bald region on a human head. The method comprises pre-treating the bald region so that excess static electricity is removed from the bald region. The removal of static electricity improves fixation property the bald region. The method further includes, using a hair concealment device that is made up of a bottom and a top part. The top part is made up of metal and hence when a user touches metal portion with his hands, static electricity of the hair fibers is removed. This provides better fixation property to the human fibers and increases fixation to the bald region. The method further includes providing finishing to the bald region by spraying a soft gel to further improve fixation of hair to the bald region and natural human hair.

A hairpiece having a lace material, a hair-tied portion, and a pre-tweezed portion is provided. The lace material has a mesh structure with a predetermined eye size for anchoring hairs on an outer side of the mesh structure and enclosing a scalp portion of a user with an inner side of the mesh structure. The hair-tied portion covers a substantial portion of the top side of the lace material. The pre-tweezed portion covers a slit portion of the top side of the lace material and disposed in a middle of the hair-tied portion. The pre-tweezed portion is configured to provide a clear center part line, and the pre-tweezed portion has a predetermined width and a predetermined length. The hair-tied portion may have a plurality of hairs hand-tied, knotted, or planted.

A tool designed for fixing fibers, such as natural hair, to a substrate, such as a wig cap, for making hand-tied wigs, having a shaft with two ends. A slot extends from one of the shaft ends with an open end to receive fibers. An opening extends transversely to the shaft and intersects with the slot for holding fibers as they are passed through the openings of the wig cap.

An embodiment of the present invention relates to a weaving process of a wig, comprising the following steps: binding folio ends of a hair bulk with an elastic rope so that the folio ends of the hair bulk form a closed loop; making a hook portion of a crochet hook pass through a braid on a base body so that the hook portion is exposed out of the braid; hooking the closed loop of the end of the hair bulk with the hook portion; making the crochet hook hooking the hair bulk exit out of the braid while making the closed loop of the hair bulk pass through the braid; making the hook portion pass through the closed loop to hook the other end of the hair bulk; making the crochet hook exit out of the closed loop while making the other end of the hair bulk pass through the closed loop to bind the braid; and breaking off the hair bulk with hands, exerting force on the two portions of the hair bulk toward the outside of the hands, and making the elastic rope exit back to the braid and closely fit against the braid.

A net wig cap for processing a braiding wig includes a plurality of net pieces, where each of the net pieces is provided with patterns composed of wig threads. A method for processing a braiding wig includes: step 1: processing the net wig cap; and step 2: crocheting hair or pre-woven single-dreadlock braids onto embroidered wig threads. The present disclosure creatively applies an embroidery machine to the field of wig processing. The present disclosure first embroiders a layer of patterns composed of wig threads on a base layer of a wig by the embroidery machine, and then crochets pre-woven single-dreadlock braids onto the embroidered wig thread patterns one by one. The present disclosure does not need to manually fix the wig threads on the wig, which greatly reduces the manual workload, improves the processing efficiency and reduces the cost.