3D printing and casting technology has many advantages, and it has become an innovative production method and is widely used in the jewelry industry. However, some of these potentials, such as small forming limitations and high forming accuracy, have not been fully utilized. The reason is that the industry mainly uses 3D printing technology to replace the traditional manual plate making, but does not apply the advantages of forming limitations and high forming accuracy to the innovative design of jewelry.
On the contrary, design innovation using 3D printing and casting technology has been applied to other creative industries, such as cultural creation and fashion. Using these technologies, various movable structures can be manufactured, such as ball sleeve structure, ball structure, rotating shaft structure, gear structure, and joint structure. Then, in many cases of jewelry design, these 3D printing technologies are not used, and there are still big problems. Next, the editor of Forest Industry will chat with you, 3D printing technology is facing problems in the structure of jewelry activities.
To solve these problems, the author conducts research on the active structure and manufacturing process of 3d printing and casting technology. Through innovative activity structure design, the added value of jewelry products can be enhanced, making them more favored by consumers. This article lists some typical cases using new design methods and principles, such as ball sleeves, internal suspension, spiral, and axial movable structures. Showcasing 3D printing and casting technology as an advanced digital manufacturing method for creative jewelry.
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