3d jewelry printing: the future of jewelry?

3d jewelry printing: the future of jewelry?

Some have compared the arrival of 3D printing in the world of jewelry to the arrival of digital printing for photography: a real revolution. It is true that this technology has some rather revolutionary aspects in this field. But it is still the work of a machine with materials and rendering that remain different, which cannot replace the craftsman that is the jeweler who remains the soul of jewelry making. Nevertheless, many craftsmen have nowadays adopted, at least in part, 3D technologies for the undeniable advantages they provide in terms of time savings and economies of scale on a number of costs (notably the manual design and development work of the molds). Let's take an in-depth look with this article at the advantages and disadvantages of 3d printing for the world of jewelry and goldsmithing!To get more news about best jewelry designers, you can visit jewelryhunt.net official website.

3D printing in jewelry means the manufacturing of a real jewel but from a mold that will be made from a 3d printer. When we know the precision of these computer devices, the interest can indeed be revolutionary to manufacture necklaces, rings, bracelets, pendants and other customized jewelry of all kinds such as earrings or even watches!
3D printing, also called in its technical name Computer Aided Design (CAD) because everything is born from a computer, allows a significant time saving for the jeweler jeweler, at several levels. With computer modeling, the jeweler can create all kinds of molds and useful parts that he may need quickly. Computer software can also suggest models of parts that could be useful in the creation of his wax casts and complement existing models or creations. In fact, 3d printing is already a few years behind her and there are now printer models that can already be described as high definition printers with exceptional precision for a few thousand euros! It may seem expensive, but a craftsman can finally come to the conclusion that the investment is worthwhile and saves him a number of costs.
When a craftsman jeweler has his own store and he has to ensure everything himself in the production chain, from sales to advertising, any time saving, especially if it also allows a gain in quality, is a real asset to grasp. Not to mention that thanks to this time saving, insofar as it has a positive impact on the unit cost without losing quality, the jeweler will potentially be able to reduce the selling price of his creations and thus generate a stronger demand from consumers.
In terms of renewing the offer to the customer, the contribution of 3d printing is perhaps where the revolution is most tangible. Indeed, in terms of creativity, 3d printing makes it possible to design elaborate shapes that can be extremely difficult to obtain with the human hand. It makes it possible to create much more complex and precise shapes or structures, for example by creating shapes with different interlocking or interlocking structures. Some creations are feasible with human hand as well but would take much more time on the craftsman's jewelry work and this is really where the technology is nice and makes itself felt for the craftsman.
Moreover, the potentialities offered by 3d to the world of jewelry, watchmaking or jewelry no longer stop at printing: 3d scanners have now made their appearance, continuing the technological revolution already underway. Thanks to these machines, which are also high-precision, it is now possible to scan a piece of jewelry, to have all its digital information and to be able to reproduce it. Or, even, on the contrary, once the information is recorded, to be able to create a new jewel from the scanned one, to personalize or embellish it, and here again we find all the advantages of 3d mold printing. These techniques are also very useful for repairing a broken or damaged piece of jewelry: they can be used to draw the missing piece, which is sometimes tiny, used to join the two ends of a broken bracelet or ring, for example.


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