Additive Manufacturing Plays A Growing Role in the Jewelry Industry

SmarTech Analysis has published a new study dedicated to the additive manufacturing market, this time focusing on the jewelry sector. According to the report, the 3D printed jewelry market is expected to reach a value of $989 million by 2031, up from $489 million this year, representing a 10% annual growth rate over the study period. This could be attributed to the emergence of precious metal printing processes, but to the declining costs of resin machines, which are popular with the industry, especially for producing molds for investment casting.

Jewelry is a complex market, most often associated with luxury, which relies on very traditional methods and long-standing craftsmanship. Yet it is also a field where innovation is key, where players must reinvent themselves to offer unique and sensational pieces. The use of additive manufacturing in jewelry is not new, and historically, the technology was primarily used in the design of prototypes and lost-wax casting models. This is still the case and the recently published report shows that these application cases hold a significant market share.

The evolution of the 3D printing and jewelry market (photo credits: SmarTech Analysis)

However, if the market for 3D printed jewelry is growing at an annual rate of 10% until 2031, it is mainly due to the development of processes such as binder jetting or developments around laser powder bed fusion, which allow the design of jewelry with precious metals. We can now rely on 3D printers to produce complex and unique rings, necklaces and bracelets. However, be aware of the costs that such a machine can represent – it is doubtful that all jewelers will immediately be able to equip themselves with a 3D metal printer, even if the price is lower than before.