The presently disclosed subject matter relates generally to a marquetry template and methods of use thereof for creating a marquetry artwork. The marquetry template comprises an up to scale design. The design comprises design elements which are partly pre-cut and a user can easily cut them completely out of the template, thus creating cutouts and openings in the template. The cutouts, and/or openings, are used to produce suitably-sized pieces of material to be fitted in the openings of the template, thus creating a marquetry artwork.

A set includes at least two means for creating essentially two-dimensional shaped pieces from an essentially flat plastic material, whereas the plastic material hardens or can be hardened and whereas the means have different shapes and/or sizes, and at least one mould for moulding essentially two-dimensional shaped pieces into a three-dimensional sculpture.

A die cut tool for applying high or low relief dimensional elements onto a malleable media includes an interchangeable tool head, a magnetic fastening mechanism, and a tool handle. The magnetic fastening mechanism selectively couples the interchangeable tool head to the tool handle. The interchangeable tool head includes an outer cutting blade and a sculpting face. The sculpting face, when pressed against the malleable media, creates high or low relief dimensional elements. The outer cutting blade separates the dimensional element from the surrounding malleable media. The tool handle includes a socket portion and a gripping portion. The interchangeable tool head is securely retained inside the socket portion. The gripping portion provides a gripping surface whereby a user can securely grip the tool handle.

A method for manufacturing emblems that can be mass-produced while being able to identify individual people, characterized in being configured so that the upper surface of an intermediate layer material is made visible by: placing the intermediate layer material on a lower layer material and a thermoplastic synthetic resin film upper layer material on said intermediate layer material, pressing the upper layer material, intermediate layer material and lower material with an engraving die that has a thermal cutting blade that follows the emblem countour line and performing induction heating by transmitting a high frequency to form a design on the upper layer material, removing unneccesary sections and creating an intermediate decorative piece, fitting said intermediate decorative piece in a jig and setting same in a laser engraver, and perfoming laser engraving using said individual information data and removing portions of the upper layer material according to the individual information data.

A decorative magnetic cover is provided. The cover includes a plurality of octagonal and triangular openings, allowing the cover to securely attach to a rounded item without kinking or otherwise unsightly attachment. The cover includes a magnetic sheet having a magnetic face and nonmagnetic face, and a decorative element attached to the nonmagnetic face. The cover is manufactured by scoring the nonmagnetic face of the magnetic sheet and applying the decorative element to the nonmagnetic face. The resulting magnetic element is the cut to form the octagonal and triangular openings.

A method of making mixed media artwork includes cutting a metal sheet; applying an adhesive layer to an outer surface of the metal sheet; applying one or more polymer layers to the adhesive layer, wherein the one or more polymer layers create an image on the outer surface; and deforming the metal sheet to create a three-dimensional outer surface.