Fastest Printing to meet Your Production Needs

Part of 3D Systems’ scalable, fully integrated Figure 4® technology platform, Figure 4 Jewelry is an affordable solution optimized for jewelry design and manufacturing workflows, delivering unparalleled speed, productivity, ultra-fine detail, and smooth surface finish.

Print algorithms developed specifically for jewelry workflows enable Figure 4 Jewelry to print patterns at 15mm/hr at 30µm layer.

Accurate, reproducible, and highly detailed patterns for direct jewelry casting

  • Optimized for Jewelry Production Workflows:

    Jewelry Casting Patterns

    3D print highly accurate jewelry casting patterns for intricate, detail-rich feature pieces. Figure 4 Jewelry offers superior casting quality and patterns ready for casting in hours for customized pieces manufacturing and short-run production. Figure 4 JCAST-GRN 10 is an optimized casting material that yields minimal ash and residue after burnout for easy casting.

    Master Patterns for Molds

    Produce 3D printed master patterns for RTV/silicone molds used in high volume, mass-production jewelry casting workflows such as accessories and costume jewelry. Figure 4 JEWEL MASTER GRY material’s high heat deflection temperature (300°C) ensures compatibility with a range of silicones for creating molds used in jewelry casting production workflows.

    Prototyping/Fit-Check Models 

    Create accurate, fine detail prototypes of jewelry designs for fittings and try-on, as well as to ensure the accuracy of stone settings. Figure 4 JEWEL MASTER GRY material delivers exceptional precise surface quality and meets biocompatibility standard ISO 10933-5 for try-ons and fittings.

High Quality Jewelry Patterns

Produce superior jewelry prints with best-in-class surface finish. Figure 4’s non-contact membrane technology, combined with exclusive MicroPoint™ support structures, minimizes part-to-support interaction, resulting in the smoothest sidewalls and finest resolution for jewelry applications.

3d-systems-figure-4-jewel-master-gry-jewelry-v2-image with diamonds and a tweezer

Stunning surface finish and high definition for jewelry pieces prototyping and production with RTV/silicone molding

Ultra-Fine Detail

Proprietary print build styles developed specifically for jewelry, both for thin, delicate geometries, as well as thicker geometries, enable optimized jewelry prints with detail for settings, sharp prongs, fine mesh and more.

3d-systems-figure-4-jewelcast-grn-10-patterns-tree-v2-womans hand holding jewelry tree cast

Reduced Production Labor Costs

MicroPoint ultra-fine tip support structures enable both easy support removal and smoother surface finish, reducing downstream labor costs and production time by minimizing polishing of support intersection points.

Figure 4® Jewelry: MicroPoint Removal

MicroPoint™ ultra-fine support structures minimize part-to-support interaction for the smoothest sidewalls and fine resolution.

Figure 4 Jewelry_June 2020_v2

Faster Time-To-Market

Capable of creating prints ready for prototyping, casting, or molding in hours, Figure 4 Jewelry enables manufacturing to accelerate time-to-market and quickly respond to market demands for custom jewelry or short-run production at low per piece cost. Figure 4 Jewelry’s fast, digital workflow is responsive to any design modification, whether minor or drastic, so new designs can be delivered within very short timeframes, enabling unparalleled flexibility.

Figure 4 Jewelry 3D printer at an angle
Figure 4 Jewelry printer image from the front
Figure 4 Jewelry 3D printer at an angle
Figure 4 Jewelry printer image from the front

About this printer

Applications

Figure 4 Jewelry solution is optimized for design and production workflows for high-end customized jewelry manufacturing, short-run production, and prototyping/fit-check.

Jewelry Patterns for Direct Casting

3D print highly accurate jewelry casting patterns for intricate, detail-rich feature pieces. Figure 4 Jewelry offers superior casting quality and patterns ready for casting in hours for customized pieces manufacturing and short-run production.

Master Patterns for Molds

Produce 3D printed master patterns for RTV/silicone molds used in high volume, mass-production jewelry casting workflows such as accessories and costume jewelry.

Jewelry Prototyping/Fit Check

Create accurate, fine detail prototypes of jewelry designs for fittings and try-on, as well as to ensure the accuracy of stone settings.
 

Benefits
  • Affordable initial investment
  • High throughput vs. competitive 3D printing technologies
  • Best-in-class surface finish and resolution
  • Application flexibility
  • Integrated hardware, materials and software solution
  • Print and cast same day
  • Low total cost of operations
Tech Specs
  • Non-contact membrane Figure 4 technology
  • Printable Build Volume (W x D x H): 124.8 x 70.2 x 196 mm (4.9 x 2.8 x 7.7 in)
  • Industry-leading 3D Sprint software for file preparation and production with jewelry optimized build styles
  • Cloud connectivity for predictive and prompt service with 3D Connect capability
  • Production-grade materials
  • MicroPoint support structures
  • Compact printer footprint
  • Manual material feed
  • Separate, manual post-curing unit, required

  • Materials for this Printer

    As an integrated production solution, Figure 4 Jewelry is designed to address three application-specific workflows: jewelry casting patterns, master patterns for molds, and prototype/fit check models. Learn more about material for Figure 4 Jewelry.
    Materials Finder

  • Setting The New Standard In 3D Printing

    The company’s 3D Sprint® software includes proprietary print build styles developed specifically for jewelry, both for thin, delicate geometries, as well as thicker geometries, enable optimized jewelry prints with detail for settings, sharp prongs, fine mesh and more.
    Learn More

  • A new level of management in 3D production

    3D Connect Service provides a secure cloud-based connection to 3D Systems service teams for proactive and preventative support, enabling better service to improve uptime and deliver production assurance for your system.
    Learn More

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