Abstract: A stencil or stamp applicator is used for applying a skin-tightening composition onto skin surfaces. The composition applied with a stencil or stamp results in a discontinuous film made up of sections of about 20 to 150 microns. The discontinuity of the film results in more comfort and a more natural look of facial movement while still retaining a good skin-tightening effect.

Abstract: A stencil or stamp applicator is used for applying a skin-tightening composition onto skin surfaces. The composition applied with a stencil or stamp results in a discontinuous film made up of sections of about 20 to 150 microns. The discontinuity of the film results in more comfort and a more natural look of facial movement while still retaining a good skin-tightening effect.

Abstract: In some embodiments of the present disclosure, a system for processing three-dimensional face scan data is provided. A three-dimensional scanner produces an image of a face including an area of interest that includes an eyebag area. A profile of the eyebag area is determined by the system. In some embodiments, the profile is determined based on a vertical slice at the center of the eyebag area. Profiles for multiple sets of scan data may be compared to determine quantitative differences between eyebag profiles. These differences may be used for quantitatively comparing the effects of products applied to the eyebag area between scans. These differences may also be used for predictively generating three-dimensional models to illustrate predicted effects of the use of a product on a face.

Abstract: In some embodiments of the present disclosure, a system for processing three-dimensional face scan data is provided. A three-dimensional scanner produces an image of a face including an area of interest that includes an eyebag area. A profile of the eyebag area is determined by the system. In some embodiments, the profile is determined based on a vertical slice at the center of the eyebag area. Profiles for multiple sets of scan data may be compared to determine quantitative differences between eyebag profiles. These differences may be used for quantitatively comparing the effects of products applied to the eyebag area between scans. These differences may also be used for predictively generating three-dimensional models to illustrate predicted effects of the use of a product on a face.

Abstract: An in vitro screening system includes a friction assembly including at least one motorized friction structural component configured to engage and remove material on a substrate and an analytics assembly including at least one sensor and circuitry configured to generate cleanser-specific material removal information responsive to a detected response associated with removal of a material on a substrate by the friction structural component.