TWI399184B - Method and apparatus for manufacture of cosmetic applicator - Google Patents

Description

Method and apparatus for manufacturing a cosmetic applicator

The present invention relates to an apparatus and method for making a cosmetic, and more particularly, but not exclusively, to an apparatus for making a cosmetic applicator and an improvement of a method of making a cosmetic applicator.

Various types of cosmetic preparations have been used for many years. Therefore, a wide range of coating methods has been tried, although the coating tool for facial cosmetics mainly consists of using a pencil, a brush or a stick or the like.

This method has been generally satisfactory for a long time. However, existing packaging and techniques related to the application of facial cosmetics have a number of disadvantages. These problems are somewhat difficult to apply cosmetics efficiently to apply cosmetics. Therefore, in order to have sufficient ability to successfully apply a cosmetic preparation to achieve the desired effect, there are some problems that cannot be ignored in the course of skillful skill.

Many people encounter particular difficulties when they draw eye shadows. This is generally done by using a mixing brush. The difficulty is that when eye shadows or make-up are applied to individual eyes, it is necessary to avoid the makeup being smeared and the makeup of the eyes being significantly different. In the case of specific isolation areas that need to be matched, most other cosmetic coated areas cannot be accompanied.

At present, it takes about 10 to 15 minutes to draw the eye shadow. If the above factors, the makeup result will not be perfect, and the user's confidence in the eye makeup will be full of doubts all day long. Time-consuming, inherent difficulties, and many uncertainties about makeup, color, mess, and too mature makeup make many women completely avoid eye makeup.

The applicant of the present invention has proposed a design of a cosmetic applicator comprising a raw material surface and a cosmetic preparation provided on the surface, in International Application No. PCT AU/01/00807, which is hereby incorporated by reference. In one aspect, the cosmetic preparation is at least partially adhered to the surface by the assistance of electrostatic attraction between the surface and the cosmetic preparation. On the other hand, a wax or oily substrate is provided between the surface and the cosmetic preparation, and the raw material of the surface is selected to make the cosmetic preparation and the substrate relatively easy to adhere, and at the same time, the main part of the cosmetic preparation is attached thereto for use. Transfer to the surface of people's skin during the process of wiping the cosmetic preparation to the skin surface

Due to this new applicator, it is important to create a new manufacturing device. Accordingly, an object of the present invention is to achieve the object of making a cosmetic applicator.

The inventive concept of the applicator resides in the recognition that the proper amount of cosmetic formulation adheres to a suitable surface to aid in the delivery of the cosmetic formulation, thereby allowing the surface to be used to more conveniently coat the cosmetic formulation to a suitable portion of the surface. It is therefore absolutely necessary to provide a device for applying a cosmetic formulation to a panel and having the desired pattern therein.

According to the present invention, there is provided a method for manufacturing a cosmetic applicator, wherein each cosmetic applicator comprises a raw material surface and a cosmetic preparation provided on the surface of the raw material; the method comprising the steps of: providing a large amount of powder a cartridge, comprising an applicator having at least one powder applicator head for blowing powder in a controlled manner; providing a feeding device for dispensing from a plurality of powder storage cartridges to the applicator A powder is provided to the applicator; a delivery device is provided that delivers the material associated with the powder applicator head, and the powder is applied to the surface of the material in a controlled manner, wherein the cosmetic formulation is attached to the surface.

The method of making a cosmetic applicator includes providing an electrostatic control device for dissipating static charge or localized static charge, wherein the powder is at least partially powdered by the assistance of electrostatic attraction between the surface and the cosmetic formulation. Attached to the surface of the cosmetic applicator. The static control device can have an annular structure attached to the applicator head.

At least one powder applicator head can have a slit for synchronously controlling the spray of a cosmetic applicator train.

At least one powder applicator head can use a venturi system for receiving powder from a plurality of powder storage cartridges into a controlled air stream for coating the powder onto the surface material of the cosmetic applicator.

The method of the present invention for producing a cosmetic applicator can comprise providing a powder recovery device comprising a mask having a first opening for receiving the powder applicator head, and allowing the surface of the material to be Configuration is generally close to what you want A second, larger opening of the coated powder, wherein the mask includes a third opening for attaching a vacuum system for recycling undesired material. The vacuum system is connected to a large number of powder storage cartridges to allow excess powder to be reused. A large number of powder storage cartridges can include a filtration system for filtering and screening powder into the bulk powder storage cartridge to ensure uniform particle size.

The method can provide a plurality of bulk powder storage cartridges, each of which can contain different color powders and can be attached and can be supplied to at least one powder applicator head for blowing powder in a controlled manner.

The delivery device allows the relative position of the materials to enable powder from a plurality of powder storage cartridges to be applied to the surface of the material in a controlled manner. This allows the powders of different colors to be coated sequentially.

The method for making a plurality of cosmetic applicators can comprise an initial step of applying a humectant to a cosmetic powder on a surface material of a cosmetic applicator, wherein the humectant allows the various powders applied thereto fixed.

The method can also include a final step of applying a protective agent to the cosmetic powder on the surface material of the cosmetic applicator, wherein the protective agent is applied directly to the skin of the user along with the cosmetic powder thereon.

The method for manufacturing a plurality of cosmetic applicators is such that the raw material of the surface of the cosmetic applicator is selected such that the cosmetic preparation is more easily adhered thereto by the electrostatic attraction, and a major portion of a cosmetic preparation is attached thereto. It is used to transfer the cosmetic preparation to the surface of the skin during the single-wiping of the cosmetic preparation to the skin surface.

The device thus provides for the manufacture of a cosmetic applicator comprising a surface of a raw material and a cosmetic formulation provided on the surface. The cosmetic preparation is adhered and can be initially attracted to at least a portion of the surface by the assistance of electrostatic attraction between the surface and the cosmetic preparation. The raw material of the surface is preferably selected such that the cosmetic preparation is more easily adhered thereto by electrostatic attraction, and a major portion of the cosmetic preparation is attached thereto for once-wiping the cosmetic preparation to the skin surface. The process is transferred to the surface of people's skin.

The present invention also provides an apparatus for manufacturing a cosmetic applicator comprising: a raw material surface, a cosmetic preparation provided on the surface, and a wax or oily substrate between the surface and the cosmetic preparation, wherein the raw material of the surface is Preferably, the cosmetic preparation and the substrate are relatively easy to adhere thereto, and a main portion of a cosmetic preparation is attached thereto for being transferred to the surface of the human skin during the single-wiping of the cosmetic preparation to the skin surface. . .

Advantageously, the wax or oily substrate is a cosmetic foundation. Preferably, the substrate is transferred with the cosmetic formulation during the wiping process to provide an outer protective layer.

Advantageously, the surface of the material is disposed on a planar plate body for providing a first portion defining the surface and a member for being sandwiched between the fingers or sandwiched between the thumb and a finger for performing a single time The second part of the wiping process. The first part is generally larger than the second part.

Preferably, the material is provided as a planar plate. Preferably, the planar body of the material is tailored to an excessive shape and size for the cosmetic applicator to be conveniently used as desired.

The surface preferably has a relatively small coefficient of friction. To this end, the surface may be formed substantially of PTFE (polytetrafluoroethylene), or it may be formed using a more well known Teflon or a PTFE composition.

Preferably, the aforementioned electrostatic attraction force is generated by electrostatically charging the surface of the raw material.

The cosmetic preparation may be a granule, dust-like or powdered material such as an eye shadow; or a milky, waxy or other liquefied preparation such as a lipstick or foundation.

When the cosmetic preparation is a powder, it can be applied to the surface by spraying directly onto the surface. Preferably, the spraying of the cosmetic preparation can be efficiently transferred directly to the raw material by the action of electrostatic attraction between the surface and the cosmetic preparation.

Preferably, the surface is shaped and sized to facilitate ease of use of the cosmetic formulation. Preferably, the surface comprises a cover area and a clean area, wherein the cover area is coated with a cosmetic preparation which is not coated with a cosmetic preparation. Advantageously, the cosmetic formulation comprises different color formulations in specific areas of the surface to aid in the different color effects when the cosmetic applicator is used.

The present invention further provides a method for providing a cosmetic applicator, the method comprising: providing a raw material having a surface; and coating a cosmetic preparation onto at least a portion of the surface; wherein the cosmetic preparation is electrostatically attracted by the surface and the cosmetic preparation With the assistance of force, the cosmetic preparation is attached or attached to at least part of the surface.

The cosmetic preparation can be applied to the surface by spraying.

Preferably, the method further comprises applying a stencil to define one or more predetermined areas of the cosmetic preparation onto the surface when applied to the surface.

The present invention further provides a method of applying a cosmetic preparation from a cosmetic applicator to a skin surface, as described later, comprising transferring the cosmetic preparation from the surface of the applicator to the skin of the person during the single-wiping of the cosmetic preparation to the skin surface. On the surface.

A cosmetic applicator 20 constructed by an embodiment of the apparatus and method for making a cosmetic applicator of the present invention will be described with reference to the accompanying drawings.

The cosmetic applicator 20, as shown in Fig. 1, is enlarged by a size slightly larger than 2 times, wherein the cosmetic applicator is constructed by the production apparatus of the present invention to constitute a mode including a selected high elasticity. Surface 21 containing PTFE starting material. Surface 21 can be viewed as a relatively large first portion 22 and a relatively smaller second portion 25. The larger portion 22 is covered with a substrate such as a wax or oily substance of a cosmetic foundation, covered with an outer layer of a cosmetic preparation such as a colored cosmetic powder.

The relatively small second portion 25 is clean and uncovered. Portions 22, 25 meet at boundary 225, which is marked by the edges of a powder layer and at least partially by the generally curved edges 221, 251 of the plate 20.

The portion 22 can be divided into a first region 23 and a second region 24 by a boundary 222, each covered with a different color and/or different type of cosmetic preparation. The first and second regions 23, 24 of the portion 22 are arranged whereby the two respective colors of these regions 23, 24 are similarly presented on the eyelid skin. At the same time, a simple configuration with only two regions 23, 24 is labeled as Fig. 1, in an attempt to apply a different color to the upper and lower portions of the eyelid, respectively, to a wide variety of cosmetic preparations of different colors or color tones. It can be applied to the surface 21 of the applicator 20.

The teardrop-shaped surface 21 in Fig. 3 is particularly suitable for use in a cosmetic applicator 20 for applying a cosmetic colorant such as an eye shadow to an eyelid. When the clean portion 25 of the surface 21 is not covered with the cosmetic preparation, it can be sandwiched between the thumb and the index finger. When the applicator 20 is clamped in this manner, the index finger can be used to apply pressure to the back of the applicator 20 (which, of course, is placed on the opposite side of the surface 21 and is not covered with the cosmetic preparation), thereby Most of the cosmetic preparation on the covered portion 22 of the applicator 20 can be wiped off and transferred to the eyelid skin along with the substrate during a wiping process or tapping of the single cosmetic preparation to the skin surface. The actual portion of the transferred eye shadow is generally determined by the actual finger pressure applied to the applicator when the cosmetic preparation is wiped to the eyelids. The original substrate forms an external protective and/or sealing layer to help stabilize and maintain the eye shadow after a few hours.

The transfer efficiency of the wiping action can be improved by the substantially curved edge of the applicator 20, by the elongated profile of the applicator, and by the length and width of the portion 22 substantially conforming to an eyelid. One of the lower friction coefficients, the surface 21 of the PTFE composite material, is selected to allow the cosmetic formulation thereon to adhere to the substrate while allowing the major portion of the cosmetic formulation to be attached thereto to be The cosmetic preparation can be transferred to the eyelid skin during the wiping process or tapping of the skin surface. The cosmetic preparation is thus easily wiped off from the surface 21 and onto the skin. The material should therefore preferably be suitable for simultaneously having electrostatic charging and rubbing characteristics on its surface, whereby the cosmetic formulation, and preferably the substrate, can be easily transferred to the skin by a wiping action.

A suitable PTFE-containing material for the applicator 20 is FL100 pure PTFE supplied by Dotmar EPP, preferably having a thickness of 4 to 5 thousand (about 0.100 to 0.125 mm) at one inch, with a static The friction coefficient of 0.04 at 0.23 MPa and a moving friction coefficient of 0.05 at 0.23 MPa, 0.75 m/sec. The specific gravity is 2.16, the extension force is 30.0Mpa, the flexural modulus is 690Mpa, and the compressive strength is less than 5% tension 12.1. The Shore (D) hardness is in the range of 5,065.

Other suitable PTFE-containing composite materials include paper or fibers that are injected or coated with PTFE, such as glass fibers, silk fabrics, or PTFE coated plastic sheets.

The electrostatic attraction between the cosmetic formulation and the surface 21 at least partially assists in attaching the cosmetic formulation to the surface 21 prior to the cosmetic formulation being wiped off. A wax or oily substrate further assists in this attachment.

In general, there is no external protective film, but this protective film may be included when additional protection of the cosmetic is required.

Referring to Figure 1, the main dimensions of the applicator 20 have an X dimension of about 60 to 75 mm and a Y dimension of about 15 to 25 mm. Therefore, the applicator is elongated with an area having an aspect ratio of about 4 to 3.

The manufacture of the cosmetic applicator can be achieved by using an integral production apparatus 10, as schematically illustrated in Figures 7A and 7B. A panel system of a cosmetic applicator 20 is produced by using the apparatus 10 as shown in Fig. 2. A cosmetic applicator that is enlarged to show is shown in Figure 1. However, the main basic parts of a production facility are shown in various forms as shown in Figures 3a, 3b, 4, 5 and 6.

In Figures 3a, 3b, 4, 5 and 6, in particular with regard to various forms of the main essential part of the production plant, wherein various forms of a further cosmetic coating system are shown, the cosmetic coating system can be used in Among the production equipment for cosmetic applicators.

Each of these forms comprises a structure for providing a method of making a plurality of cosmetic applicators, wherein each cosmetic applicator comprises a raw material surface and a cosmetic formulation provided on the surface. The system has a plurality of powder storage cartridges 105, an applicator 110 having at least one powder applicator head 115 for blowing cosmetic powder in a controlled manner. A feed device 107 extends from the plurality of powder storage cartridges 105 to the applicator 110 for providing powder to the applicator head 115 and a delivery device such as the positive gas flow 108 along the feed device 107 in Figure 3A or One of the augers 109 in the feeder 107 is shown in Figure 3B or 4. This conveyor Further comprising a siphon air 120 (also supplied as a venturi) for creating a gas stream that can be inhaled from the cosmetic material of the feeding device 107 and delivering the cosmetic material to the cosmetic applicator head 115 such that the powder can be controlled The method is applied to the raw material surface 50, wherein the cosmetic preparation is attached to the surface.

As shown in Fig. 4, a powder recovery device 150 comprising a mask 130 having a first opening for receiving the powder applicator head 115 and allowing the arrangement on the surface of the material to be substantially close to the desired The second larger opening of the coated powder. The mask 130 includes a third opening for connecting a vacuum system for recycling undesired material. The vacuum system 140 is coupled to a plurality of powder storage cartridges 105 to allow excess powder to be reused. The bulk powder storage also includes a filtration system 152 for filtering and screening the powder entering a plurality of powder storage cartridges 105 to ensure a consistent particle size.

As shown in Fig. 5, the powder applicator head 115 has a right angle slit for the simultaneous controlled spraying of one of the cosmetic applicator rows on the stock sheet body 50.

As shown in FIG. 6, the figure includes an electrostatic control device including an electrostatic ring 161 for feeding static charge or localized static charge to the applicator, wherein the powder is interposed on the surface. The assistance with electrostatic attraction between the cosmetic formulation is at least partially adhered to the surface of the cosmetic applicator.

Further, the static electricity is controlled by using ionic air on the cosmetic raw material so that the powder can be blown onto the surface of the cosmetic applicator.

In the production apparatus of Fig. 7A, the surface 21 is cut from the plate of the PTFE composite material, and the electrostatic attraction between the surface 21 and the cosmetic preparation assists in attracting the portion of the preparation to the surface 21. 22 and attached to it.

The cosmetic applicator 20 can be manufactured by a device such as the production apparatus shown in Fig. 7A. A roll of the plate containing the material containing the PTFE composition is used to be wound by the roller 30. When the material 20 is moved between the friction plates 40, a static charge is generated between the corresponding friction plates 40 on the material 20. The plate 20 is cut into individual right angle plates 50, wherein the right angle plates 50 are supplied to the mechanical applicator 60 along the transport line. A stencil having holes for each of the covering portions 22 of the applicator 20 placed on the plate body 50 is placed on each of the plates.

The mechanical applicator 60 is used to coat a wax or oily substrate, and then a cosmetic preparation is applied to each of the plates 50. The cosmetic preparation, i.e., the color powder raw material, is supplied to a mixing tank 70 for the pigment tank 75 and mixes air from an air tank 80. Cosmetic powders of various colors that are vented can be delivered to the mechanical applicator 60 via the powder line 100. The applicator 110 transfers the actually aerated powder to a stencil overlying the panel 50 after application of the waxed or oily substrate. A computer control program in controller 55 is used to control the action of mechanical applicator 60 to ensure that the vented powder can be transferred locally to plate 50.

After the cosmetic preparation is applied to the panel 50 covering the stencil, the stencil can be removed and a guillotine pressed to emboss the individual applicator 20, such as the pattern shown in FIG. The block 205 of each of the applicators 20 shown in Fig. 8 can be supplied as desired in a convenient package, such as a mold plate 310 designed to facilitate holding and use.

The package thus forms a cosmetic coating tool set comprising an array of applicators 20 in a manually receivable container. It can be seen that the left applicator 208 and the right applicator 209 are embossed in the complementary pair 207, i.e., the applicator can be held separately to aid in the application of the formulation to the left and right eyes.

In an alternative method, the surface of the plate 20 can be replaced with a suitable alcohol wipe in addition to the coating of the wax or oily substrate.

In the production apparatus of Fig. 7B, a roll of film 180 comprising a foam back and a PTFE surface stock is supplied and supplied to a plurality of applicator heads 115, wherein a plurality of applicator heads 115 are individually The ground is connected to a large number of powder storage cartridges 105. After the film 180 is reeled, the plate is vacuumed onto the conveyor 185 and cut into applicators 20 in a continuous plate 50 such as a plurality of pairs of cosmetic applicators in Figure 2; shape. These cut-out applicators 20 are retained within the panel 50 in this profile when passed under a plurality of powder applicator heads 115.

However, at the beginning of the coating method of the cosmetic powder, an initial applicator 190 is used to apply a humectant to the surface of the raw material of the cosmetic powder or cosmetic applicator 20, wherein the humectant can be coated thereon. Different powders are fixed. Each individual colored powder from a plurality of powder applicator heads 115 thus coats the desired location of the colored powder on the surface of the plurality of cosmetic applicators.

A final step in the application of the cosmetic powder is by applying a layer of protective agent to the coated cosmetic powder on the surface stock of the cosmetic applicator 20 by the applicator 195. Since the protective agent is the last layer on the cosmetic applicator 20, it becomes a first layer when used, wherein the protective agent is applied directly to the skin surface of the user and the cosmetic powder is overlaid thereon.

The plurality of cosmetic applicators are supplied to a packaging device by a transfer device 198, while the remaining material of the plate having the holes is rolled back from a plurality of removed cosmetic applicators 20 onto a drop roller 180A. .

It can be found that the application of the cosmetic applicator by one of the inventions can be applied to the eye shadow to achieve a very good balance between the face and the eyes, which allows the user to have more confidence in the appearance. The actual size of the package required for a set of applicators is relatively lightweight and convenient. This applicator allows the self-application coating of the eye to be achieved in a few seconds instead of the 10 to 15 minutes currently required.

The above description of the preferred embodiments of the invention is to be understood as being understood This is not intended to limit the invention. Various changes in the apparatus and method for making a cosmetic applicator are apparent to those skilled in the art, and such variations are encompassed within the scope of the invention as set forth in the appended claims.

10‧‧‧Production equipment

20‧‧‧Cosmece Applicator/Plate/Material

21‧‧‧ surface

22‧‧‧ first part

23‧‧‧First area

24‧‧‧Second area

25‧‧‧Part II

30‧‧‧Roller

40‧‧‧ Friction board

50‧‧‧Board/Material Surface

55‧‧‧ Controller

60‧‧‧Mechanical applicator

70‧‧‧ mixing tank

75‧‧‧Pigment trough

80‧‧‧Air trough

100‧‧‧ powder line

105‧‧‧Powder storage cartridge

107‧‧‧Feeding device

108‧‧‧ positive airflow

109‧‧‧Auger

110‧‧‧applicator

115‧‧‧applicator head

120‧‧‧ Venturi air/siphon air

130‧‧‧ mask

140‧‧‧vacuum system

150‧‧‧Recycling device

152‧‧‧Filter system

161‧‧‧Electrostatic ring

180‧‧‧film

180A‧‧‧ throwing wheel

185‧‧‧Conveyor

190‧‧‧Initial applicator

195‧‧‧applicator

198‧‧‧Transfer device

221‧‧‧ Curve edge

222‧‧‧ border

225‧‧‧ border

251‧‧‧ Curve edge

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is an illustration of a cosmetic applicator that is particularly suitable for use in attaching and applying eye shadows by means of an apparatus and method for manufacturing in accordance with an embodiment of the present invention.

2 is a diagram of a plurality of shaped cosmetic applicators produced by the apparatus and method for manufacturing in accordance with an embodiment of the present invention.

Figures 3a and 3b are schematic views of an essential part of a production apparatus for manufacturing a cosmetic applicator type as described in Figure 1, including a cosmetic coating for applying a cosmetic to an applicator structure system.

Figure 4 is a schematic view of a coating apparatus for making a cosmetic applicator type as described in Figure 1 including an excess powder recovery system.

Figure 5 is a schematic view of an applicator head used in a coating apparatus for making one of the cosmetic applicator types as described in Figure 1.

Figure 6 is a cross-sectional view of a particularly preferred coating apparatus for making one of the types of cosmetic applicators as described in Figure 1, including an excess powder recovery system and an electrostatic control system.

7A and 7B are schematic views of a production apparatus for manufacturing a type of cosmetic applicator as described in Fig. 1.

Figure 8 shows a packaged cosmetic applicator that can be used in pairs.

20. . . Cosmetic applicator

twenty one. . . surface

twenty two. . . first part

twenty three. . . First area

twenty four. . . Second area

25. . . the second part

221. . . Curve edge

222. . . boundary

225. . . boundary

251. . . Curve edge

Claims (10)

A method of making a cosmetic applicator using a device, each of the cosmetic applicators comprising a raw material surface and a cosmetic formulation provided on the surface of the raw material and comprising at least one cosmetic powder layer; the method comprising the steps of: providing The apparatus comprising: at least one large powder storage cartridge for containing cosmetic powder; at least one applicator having at least one powder applicator head; from the at least one mass powder storage cartridge to the at least one applicator a feeding device for providing at least one of the cosmetic powders to the applicator; a conveying device conveying the cosmetic powder to a surface of the raw material relative to the powder applicator head to allow the cosmetic powder to a control method is applied to the surface of the raw material to form a pattern, and the cosmetic preparation is attached thereto, the substantially powdery cosmetic preparation can be transferred to the skin surface during a single wiping process; and an electrostatic control device Generating a charge on the surface of the material; using the static control device to remove static charge from the cosmetic powder, at least one of which And the cosmetic powder is retained on the surface of the raw material of the cosmetic applicator by electrostatic attraction between the surface of the raw material and the cosmetic preparation; and coating the cosmetic powder with the powder applicator head to the During the surface of the raw material, the ionized air is used to control the static electricity on the cosmetic powder, when the separation As the air is blown toward the surface of the cosmetic applicator, a predetermined pattern is formed on the cosmetic applicator. The method of manufacturing a cosmetic applicator according to claim 1, wherein the mixing of the ionized air and the deionized cosmetic powder is received from the mass of the powder storage cartridge by a venturi system. The cosmetic powder of the air stream is controlled to achieve the application of the cosmetic powder to the surface of the raw material of the cosmetic applicator. The method of manufacturing a cosmetic applicator according to claim 1, further comprising a recycling step of recovering the undesired cosmetic powder using a recycling device, wherein the first opening of one of the masks is set Storing the powder applicator head and disposing a second opening of the mask substantially close to and over-fitting over the surface of the material, and utilizing a vacuum system from the mask The third opening draws the cosmetic powder that is not required to recover the cosmetic powder that is not required. The method of manufacturing a cosmetic applicator according to claim 3, further comprising the step of transporting the cosmetic powder to the plurality of powder storage cartridges by the vacuum system to enable reuse of the undesired cosmetic powder. The method of manufacturing a cosmetic applicator according to claim 1, wherein the device further comprises a plurality of mass powder storage cartridges, each of the plurality of powder storage cartridges containing different color cosmetic powders and being connected and capable of being controlled in a manner The powder is supplied to at least one powder applicator head; the method further comprises: Forming a template on the surface of the raw material to define that the cosmetic powder is attracted to one or more predetermined regions of the raw material; and blowing a mixture of ionized air and different color cosmetic powders to the surface of the raw material in a controlled manner In order to cause the respective cosmetic powder to be attracted to a desired area of the surface of the raw material, so that the cosmetic preparation contains different color cosmetic preparations. The method of manufacturing a cosmetic applicator according to claim 1, further comprising the step of vibrating the at least one large amount of the powder storage cartridge using a vibration device to maintain the cosmetic powder in a particulate form. The method of manufacturing a cosmetic applicator according to claim 1, further comprising the step of applying a wax or an oily substrate on the surface of the raw material before applying the cosmetic powder to the surface of the raw material. Thereby, the cosmetic powder is adhered to the surface of the raw material; and a protective agent or a humectant is applied to the cosmetic powder on the surface of the raw material of the cosmetic applicator to bond the cosmetic powder to the surface of the raw material. The method of manufacturing a cosmetic applicator according to claim 7, wherein the wax or oily substrate is a cosmetic foundation. The method of manufacturing a cosmetic applicator of claim 1, further comprising the step of passing the surface of the material through the facing friction plates to generate a static charge on the surface of the material. A method of making a cosmetic applicator using a device, each of the cosmetic applicators comprising a raw material surface and a substantially powdered cosmetic preparation provided on the surface of the raw material; the method comprising the steps of: generating a charge at the On the surface of the raw material; removing the electrostatic charge from the substantially powdery cosmetic preparation before the substantially powdery cosmetic preparation is coated on the surface of the raw material; the substantially powdery cosmetic preparation that deionizes ionized air and deionized Mixing; and blowing a mixture of the ionized air and the deionized substantially powdery cosmetic preparation onto the surface of the raw material to electrostatically attract the powdered cosmetic preparation onto the surface of the raw material.