A device for packaging and dispensing a cosmetic composition, including a housing receiving a cosmetic composition having a hardness of greater than or equal to 20 g, and at least one grid arranged for the passage of the cosmetic composition through the grid and having through-orifices. The device is configured such that the cosmetic composition undergoes a reduction in its hardness of greater than 50%, preferably greater than 70%, during the passage of the cosmetic composition through the at least one grid.

A device for packaging and dispensing a cosmetic composition, including a housing receiving a cosmetic composition having a hardness of greater than or equal to 20 g, and at least one grid arranged for the passage of the cosmetic composition through the grid and having through-orifices. The device is configured such that the cosmetic composition undergoes a reduction in its hardness of greater than 50%, preferably greater than 70%, during the passage of the cosmetic composition through the at least one grid.

A cosmetic container (1) to apply a lip balm (2) is described comprising a cap (14), an upper inner shell (19, 149) and a base (16), comprising a lower inner shell (3), at the bottom a through opening (23), a one piece support frame (30) to support said balm (2) comprising a central hollow hub (36) comprising a multiplicity of radial through slits (500), a multiplicity of radial walls (34) partitioning the inside of the lower inner shell (3) into sectors of space (18).

Today's suppositories are typically packaged individually for digital administration into the anal canal of a patient. A suppository applicator described herein, which works with individually packaged suppositories, can alternatively be shipped in a prepackaged operational arrangement with a suppository to enable the patient to administer the suppository through use of the applicator in a single operation after opening a hygienic wrapper containing the applicator-suppository combination. A method for manufacturing a suppository includes manufacturing the suppository in the presence of and in contact with an element configured to be used to insert the suppository into a body cavity. The method may include using the element to define a shape of the suppository during the manufacturing. The resulting applicator-suppository combination is more hygienic and easier to handle than the separate applicator and suppository and provides more efficiency from time of opening the packaging to time of commencing administration of the suppository

The cosmetic product article including a solid block of cosmetic product with a breakage index measured at 20 C. of between 0.2 and 20 N, and at least one mesh, arranged such that the product passes therethrough and having through-holes, the largest dimension of which is between 50 and 300 m.

The cosmetic product article including a solid block of cosmetic product with a breakage index measured at 20 C. of between 0.2 and 20 N, and at least one mesh, arranged such that the product passes therethrough and having through-holes, the largest dimension of which is between 50 and 300 m.

The cosmetic article including a cosmetic product reserve, and at least two meshes, one upstream and one downstream relative to the direction in which the product is discharged from the article, said meshes including through-holes and being arranged such that the product passes through the upstream mesh and subsequently through the downstream mesh.

The cosmetic article including a cosmetic product reserve, and at least two meshes, one upstream and one downstream relative to the direction in which the product is discharged from the article, said meshes including through-holes and being arranged such that the product passes through the upstream mesh and subsequently through the downstream mesh.

Today's suppositories are typically packaged individually for digital administration into the anal canal of a patient. A suppository applicator described herein, which works with individually packaged suppositories, can alternatively be shipped in a prepackaged operational arrangement with a suppository to enable the patient to administer the suppository through use of the applicator in a single operation after opening a hygienic wrapper containing the applicator-suppository combination. A method for manufacturing a suppository includes manufacturing the suppository in the presence of and in contact with an element configured to be used to insert the suppository into a body cavity. The method may include using the element to define a shape of the suppository during the manufacturing. The resulting applicator-suppository combination is more hygienic and easier to handle than the separate applicator and suppository and provides more efficiency from time of opening the packaging to time of commencing administration of the suppository.

A dispensing stick designed for products such as lip balm, lipstick, or glue. The dispensing stick features a cylindrical body with an actuator mechanism at one end and an opening at the other for dispensing the product. Notably, the dispensing stick incorporates a rotatable disc-shaped cutter element, hinged to the cylindrical wall adjacent to the opening. This cutter element, equipped with a curved blade, is coupled to the body via a pin and operates in a plane parallel to the opening. The design allows for a cutting action as the product is pushed through the opening, thereby addressing issues related to product hygiene and longevity.