Fibers for artificial hair containing resin particles adhering to the fiber surface are provided. The amount of the resin particles adhering to the fiber surface is 0.3% omf or more and 1.1% omf or less. The average particle diameter of the resin particles is 1 μm or more and 20 μm or less. A method for producing the fibers for artificial hair, includes applying a resin emulsion having an average particle diameter of 350 nm or more to the fiber surface, in an amount of 0.3% omf or more and 1.1% omf or less on a solid basis. The fibers for artificial hair having an excellent combing property and a gloss close to human hair, hair ornament products including the same, and a method for producing the same are provided.

A shaping apparatus configured to use a shaping material to form a shaped product on a target placed on a shaping stage. The shaping apparatus includes a discharger configured to discharge the shaping material onto the target; and a processor configured to control a distance between the target and the discharger based on a characteristic value of the target.

A head mold for a wig may include a head mold body and an information pattern. The head mold body may be formed using a stack type three-dimensional (3D) printer into which head information of a user may be inputted. The information pattern may be provided to the head mold body to indicate information of the wig. The head mold may be manufactured using the stack type 3D printer to prevent a generation of dusts during manufacturing the head mold. Further, the stack type 3D printer may have a low price compared to a milling machine to reduce an initial investment cost for manufacturing the head mold.

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.

The present disclosure relates to a hair weft and a preparation process thereof. The process includes: removing inferior hair from the hair and screening by length to obtain selected hair; sorting the selected hair by weight and combing them to obtain hair brunches; flattening one side of the hair, sewing and fixing to form a fixed end, to obtain a preliminarily fixed hair; glue brushing the fixed end of the preliminary fixed hair to reinforce fixation, to obtain the reinforced fixed hair; treating the strengthened fixed hair to make the hair smooth and dropping, to obtain treated hair; drying, ironing, and trimming the treated hair to obtain the hair weft. The preparation process of the hair weft employs sewing for preliminary fixation, which greatly reduces the amount of glue used in the later period so that the hair weft product becomes lighter, thinner, and softer, and it becomes easier and faster to wear and take off, does not damage the user's hair, and makes the user more invisible and more comfortable when wearing, and improves the wearing experience.

Provided are a changeable wig in which textures thereof are transformed by performing a heat treatment of a using wig and a method for transforming a wig.

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.

A wig base comprises a sheet of material having a dome shape with a peak, a border defining a bottom opening, and an anterior portion comprising net material. A reinforcement, for a gap that can be formed in a selected area of the net material adjacent the bottom opening, is provided by one of a plurality of strips of fabric each of which has a pair of opposite ends spaced from each other and located adjacent the border of the sheet, and a U-shaped intermediate portion connecting one of the ends to the other and extending from the border toward the peak. A wearer's natural hair can be passed through a gap and blended with hair woven to the net material of wig base. The reinforcement maintains the integrity of the wig base.

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.