Traditional jewelry making is a craft that requires immense effort and manual skill. This kind of processing method relies on manual or semi-manual labor. It faces issues such as high costs and limited production capacity. Today 3D printing digital production process has been introduced into the jewelry manufacturing industry. It has provided the jewelry manufacturing…
In the jewelry manufacturing industry, 3D wax printing machines have gradually replaced traditional manual wax carving and some CNC processes, and have become an important tool in modernized production. Using high-precision jetting technology, wax printers deposit wax materials layer by layer, and rapidly create wax models with fine details and smooth surfaces. Then, these wax…
Introduction to Digital Precision Casting Education
As smart manufacturing and digital technologies advance, precision casting has become a key part of high-end manufacturing. This high-end manufacturing sector now places greater demands on the quality of technical talent, particularly in practical skills and innovative thinking. To better cultivate such talent, universities and vocational schools are actively…
Simply brief the workflow of 3d wax printing in jewelry making
In recent years, digital 3D wax printing for jewelry has become a practical tool in many workshops and factories. Compared with the traditional casting approach, the benefits are obvious: it is faster, more flexible, and especially suited for customized work. A design that once needed…
Part 1: Wax Pattern Production — A Crucial Step in Lost Wax Casting for Jewelry
Jewelry manufacturing is a highly intricate process that blends artistic creativity with material science and precision engineering. From the initial design sketch to the final wearable piece, every stage requires exceptional detail and accuracy. Among these steps, wax pattern production…
Digital Transformation in Jewelry Production
For millennia, lost-wax casting has been the cornerstone of precious metal jewelry fabrication. Traditional methods demanded master artisans to hand-carve wax models—a time-intensive process (3–8 hours per piece) prone to human error and design limitations. Modern 3D printing disrupts this legacy with:
Precision: Industrial printers like the Flashforge WaxJet 530 achieve ±0.04mm accuracy…