Event status: This exhibition took place on April 12, 2026. This page is retained as a pre-show event archive; a separate report covers the on-site display and award.
Cprint 3D exhibited at Guangdong Fashion Jewelry and Accessories Expo 2026 at the Guangzhou Yuexiu International Congress Center. At booth A22, the team presented wax 3D printing for jewelry design, lost-wax casting and high-mix, small-batch production.
The event brought together fashion-accessory brands, designers, supply-chain companies and buyers. Its program covered product design, sourcing, retail channels, cross-border e-commerce and market development across contemporary and traditional jewelry categories.
What Cprint 3D demonstrated
The core workflow converts jewelry CAD files directly into castable wax patterns. Different designs can be nested in one build; after support wax is removed and the patterns are inspected, they proceed to treeing, shell building, dewaxing and metal pouring.
Discussions included filigree, openwork, setting geometry, custom pieces and mixed-design production. Whether a very small feature is repeatable depends on orientation, support, wax, cleaning and casting validation—not on a resolution claim alone.
Cprint 3D develops print systems, waveform control, materials and applications and holds more than ten core invention patents. Its wax-pattern systems have supported digital production projects for more than 100 companies worldwide.
View the current 3H-420 wax 3D printer and the complete jewelry manufacturing workflow.
Event details
- Event: Guangdong Fashion Jewelry and Accessories Expo 2026
- Date: April 12, 2026
- Venue: Guangzhou Yuexiu International Congress Center, floors 1–3
- Cprint 3D booth: A22
- Status: concluded
The featured graphic was recreated from confirmed event and equipment information because the original pre-show poster was not available. Genuine event photographs are kept with the separate 2026 Guangdong Jewelry Expo award report.
Browse other events or contact Cprint 3D about a jewelry wax-pattern test or a current event.