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3D Printed Jewelry : A Design Revolution

3D-printed jewelry was sounding like a futuristic concept? Today, a growing number of jewelry designers print their designs. 3D-printed jewelry is about to enter the mainstream since it resembles traditionally cast goods in both appearance and feel. Let’s look at this design revolution in more detail.

How can 3D Printed Jewelry produced?

Actually, since 3D printing incorporates a variety of technologies, there is no one, simple solution to this. While some printers use filament, some work with powder, and yet others work with liquid wax or resin (we’ll discuss which one we believe is best for jewelry below).

All 3D printers, however, require a 3D file, which is something they all have in common. The information about the thing that the printer is supposed to print is contained in this 3D file. The creation of 3D files requires specialized 3D modelling tools.

A genuine physical object can be printed using the information from the 3D file once it has been created by the printer. The designer need not even possess a 3D printer when using internet services like i.materialise. We are aware of the client’s expectations when we receive the 3D file via our website.

3D Printing Jewelry: What 3D printing innovations are currently being employed in the jewelry sector?

We employ lost-wax printing and casting to make jewelry out of gold, silver, bronze, copper, and brass. This technology advances both conventional metal casting and contemporary 3D printing technologies.

Your 3D model in wax is the first thing to be printed in 3D. A substance that resembles wax is used by the 3D printer to make objects. Your model will then have one or more wax sprues attached to it. Then, along with a few other models, your figure will be secured by the sprue to a wax “tree.” After that, a flask is filled with a fine plaster and covered with the tree. The metal casting mold is created after the plaster hardens. Next, the plaster mold is placed.

What advantages does this technology offer?

The above-described procedure combines 3D printing with conventional jewelry creation. This method is currently the best and most affordable for producing 3D-printed jewelry. A genuine, sturdy piece of jewelry with a smooth surface will result. The object may also be manually finalized through post-processing in accordance with your preferences (see more about this below).

The fact that jewelry designers no longer have to worry about production is their largest benefit. A specialised supplier and online 3D printing service, like i.materialise, may handle creating the jewelry once the 3D file is generated. We have all the details we require to start our 3D printers using a 3D file. Jewelry printing without

What types of materials and finishes do jewelers use when 3D printing jewelery?

Metals are the most typical materials used by jewelry designers. Online 3D printing services like i.materialise, as you can see in the list below, not only provide a large selection of metals but also a number of finishing options that are particularly helpful for jewelry designers:

Gold-plated, coloured, naturally PU-coated, chrome-plated, untreated brass

Silver: Satin, high gloss, sandblasted, glossy, and antique

Gold: 14k or 18k, with three colour options

Bronze: polished, uncoated, PU coating

Let’s focus on three different Silver results for the time being since we don’t want to get into too much depth regarding each finish in this article. Your selection of finish, as seen in the image below

In addition to metals, jewelry designers also employ other 3D printing materials like Rubber-like substance, Polyamide (a type of nylon plastic; see image below), and Alumide (a combination of polyamide and aluminium powder) (flexible plastic).

What is required for jewelry makers to begin using 3D printing?

Learn about the materials for 3D printing and check at our design guidelines: View our table of 3D printing materials to choose which one best suits your projects. Be sure to look over our design manuals for the materials you choose.

Send us your design, We’ll print it!

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