Jewelry Has Gone Digital

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Jewelry Has Gone Digital



Traditional jewelry-making is a detailed and time-consuming process. Nobody can deny the skill and craftsmanship that goes into a handmade ring or pendant, and there will always be something unique about manually sculpted personal adornments. Still, the fact stands that it takes a lot of time and patience to make jewelry completely by hand.To get more news about 3d jewelry design services, you can visit jewelryhunt.net official website.

Many jewelers and goldsmiths have woken up to this reality and started looking for solutions to make jewelry production easier. Additive manufacturing and 3D printing have stepped in to help them.

And when we say “many goldsmiths,” we mean it — the jewelry 3D printing segment is estimated to be worth $5.5 billion by 2026. Like so many other things, jewelry has gone digital.It’s important to note that when we talk about jewelry 3D printing, we don’t mean directly printing jewelry in precious metals. Although this is definitely possible — and the technology to do so is advancing rapidly — most jewelers don’t use 3D printers this way, as the tech is not quite accessible in terms of price.

Instead, jewelers use 3D printers to print out master or wax models and patterns to use in combination with traditional lost wax casting. The lost wax method, if you’re not familiar, is where a wax model is encased in a plaster-like medium that hardens and is then heated so the wax model melts away leaving a mold that’s then filled with molten precious metal.

So instead of hand carving wax the traditional way, jewelers today 3D print in wax. A 3D printer makes it possible to create a finely detailed, master wax model.

Of course, to 3D print your wax model, you have to start with a digital file of the jewelry piece itself. Where traditional jewelry makers may start with a sketch on paper, digital jewelers create their designs in 3D using computer aided design (CAD) software, such as Mudbox, RhinoGold Basic, and SketchUp.
Speed: Simply put, 3D printing is infinitely faster than carving wax by hand. Whereas the traditional method requires you to spend hours or even days painstakingly carving the wax model, the 3D printer will produce a detailed model in a matter of hours. Plus, changes are far easier since you can simply alter the digital file and print another version.
Complexity: 3D printers can create far more complex and intricate geometries than what are feasible to carve by hand. You can print anything your CAD software can design so it even makes great design more accessible to artists who may lack carving skills. Additionally, depending on the piece, you may even be able to produce geometries that are practically impossible through hand-carving.
Customization: Since the original master model is stored as a digital CAD file, you’ll be able to quickly modify it based on customer requirements. You can offer both customized jewelry and easily make changes to a model if the piece’s future wearer wasn’t happy with the initial design.
Mass Production: Depending on the capacity of your 3D printer, you may be able to print dozens of different wax models with one printing run.
Reproduction: 3D printing adds another level convenience in that you can reproduce old pieces of jewelry. With a 3D scanner, you can recreate an existing piece as a digital model that can then be cleaned up in a CAD software and printed out.
Cost-Efficiency: Jewelry-scale 3D printing uses very little printing material. Although castable wax materials might be more pricey than regular printing materials, you’ll get a lot of mileage out of one material batch, which helps you cut material costs.
Quick Prototypes: Fit stones in a 3D printed model to ensure a perfect fit and customer approval before casting the final piece. Clients can try on 3D printed models and get a truer sense of the final piece than a 2D image.

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