jewelry solution

Liberate Design Constraints

The application of 3D printing technology to the jewelry industry, to make up for the shortcomings of the traditional handmade can not complete the complex modeling, only through the establishment of three-dimensional model on demand into the software can be completed jewelry production, to meet the young market of personalized customization services, with lower production costs to complete more complex and more accurate craft jewelry.

Simplified design and production process

Why choose 3D printing for the jewelry industry?

Reduce labor costs and shorten the production cycle with independent control

To compensate for the shortcomings of the traditional process, with the maturity of 3D printing technology, 3D printing technology can directly omit the traditional pressing mold, open mold, wax injection, mold repair, and other numerous manufacturing processes, as well as a series of time and energy costly manufacturing processes such as space and labor.
During printing, the complex molding process can be completed without the need for human supervision.
The uniform thickness of the jewelry is achieved through digital precision parameter control.
The design process does not need to consider production difficulty, which frees up design thinking.

In the jewelry design process, 3D printing reduces and makes up for the various technical difficulties and shortcomings of traditional jewelry making, and greatly shortens the production cycle.

jewelry 3d printing

Value Of Additive Manufacturing

When considering whether to use 3D printing technology, too much attention is usually paid to production benefits while ignoring comprehensive benefits, which is unfair to 3D printing. From the combination of the two, the application of 3D printing in various fields still has obvious advantages.

Production Benefits

Production benefits focus on the manufacturing process and include reduced material consumption, shorter lead times, minimal tooling costs, reduced assembly costs, and the impact of automation, to name a few.

Combined Benefits

Gains from fuel efficiency such as weight reduction, higher performance and reliability, longer life, faster new product introductions, faster time-to-market when using only additively manufactured products, reduced inventory, and the added value of better adaptability and more attractive products, etc.

Rely on Performance

Key Benefits

Compared to traditional manufacturing methods such as milling, casting, forging or fabrication,
Additive manufacturing provides new manufacturing benefits.

Greater Design Freedom

Removes many design for manufacture constraints, allowing new features to be designed that benefit both patients and surgeons.

Mass Personalization

Excels at producing customised parts, allowing multiple, custom designs to be produced in one build(batch). This is also known as mass customisation.

Part Consolidation

A benefit to medical device manufacturers, helping to reduce production costs. A benefit to surgeons as it can help reduce the number of in-theatre parts and human error.

Flexible Manufacturing

Multiple sizes or designs can be produced in one build, allowing build layouts to be tuned to meet inventory needs.

Solutions For Other Industries

3D printing gives your design team freedom to bring ideas to life without the time or financial constraints of traditional manufacturing. With your own 3D printer in-house, you can design and prototype rapidly.
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