3d printed functional component with built-in artificial encapsulated magnets

Abstract

This utility model discloses a 3D printing functional component with an internally encapsulated magnet, including a 3D printer body. The 3D printer body contains a support plate for supporting the 3D printed body, and a 3D printing nozzle is also located inside the 3D printer body. In the process of printing a 3D printed body with an internally encapsulated magnet, this utility model, through the coordinated operation of a drive component, a lifting component, a moving component, and a 3D printing nozzle, not only allows for the convenient placement of the prepared magnet into the interior of the 3D printed body, but also enables the continued printing to form a covering layer. This eliminates the need for adhesives such as glue or double-sided tape to attach the magnet to a designated position, solving the problems of exposed magnets or glue residue affecting aesthetics, and the risk of magnet detachment due to glue aging. It also avoids the inefficiencies associated with additional positioning, gluing, and curing processes.

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