3D Printing and design company Polychemy truly push the boundaries of personalization by using 3D printing technology to create name necklaces. 3D printing allows for more flexibility and customization when designing products at a lower cost.
Choose from a list of already designed templates on the Polychemy website and enter your name or the word you’d like printed on your pendant. The design is digitally sculpted on a computer software, then printed with a special 3D Printer. The physical product is printed layer by layer in the selected materials—gold-plated brass or sterling silver.
3D printing technology has enabled Polychemy to create everything from jewelry to cellphone cases in an unconventional and innovative way. These necklace pendants represent a technology that was only recently developed.
Customizable 3D-Printed Necklaces
These Stylish Name Pendants Were Created Using 3D Printing
Trend Themes
1. Personalized 3D Printing - Polychemy uses 3D printing technology to create customizable name necklaces, showcasing the trend of personalization in the manufacturing industry.
2. Flexible Design Options - Polychemy's customizable necklaces highlight the trend of using 3D printing technology to offer more design flexibility and customization to customers.
3. Cost-effective Production - The use of 3D printing technology by Polychemy demonstrates the trend of cost-effective production in the jewelry industry, allowing for lower manufacturing costs.
Industry Implications
1. Jewelry - Polychemy's 3D-printed necklaces disrupt the jewelry industry by offering personalized and customizable designs using 3D printing technology.
2. Manufacturing - The use of 3D printing technology by Polychemy represents a disruptive innovation opportunity in the manufacturing industry, allowing for more efficient and customizable production processes.
3. Design - Polychemy's use of 3D printing technology for customizable necklaces presents disruptive innovation opportunities in the design industry, enabling more creative and personalized product offerings.