3D Printing Jewelry with 3DSPRO for Precision and Style

3DSPRO’s 3D Printing Jewelry Services

At 3DSPRO, we offer a comprehensive suite of 3d printing jewelry technologies to suit every design need:

Uses a UV laser to cure liquid resin layer by layer. Ideal for ultra-fine details, smooth surfaces, and rapid prototyping of intricate pieces.

2. Selective Laser Sintering (SLS):

Fuses nylon-based powders with a high-power laser. Excellent for durable polymer masters and parts with organic, free-form geometries.

3. Multi Jet Fusion (MJF):

Jets fusing and detailing agents onto powder beds before passing an infrared lamp. Produces robust, high-resolution resin prototypes perfect for casting masters.

4. Selective Laser Melting (SLM):

Melts metal powder (gold, silver, platinum) with a fiber laser to create solid metal parts. The go-to for direct metal printing of heirloom-quality jewelry.

By matching your design requirements to the ideal printing method—SLA for the finest detail, SLS for complex polymers, MJF for durable masters, or SLM for metal parts, 3DSPRO ensures your jewelry comes out with unmatched precision, surface quality, and consistency.

3d printed jewelry_resin

Premium Materials & Finishes at 3DSPRO

1. Photopolymers (SLA)

Ideal for capturing ultra-fine detail and smooth finishes on prototypes and masters:

Material	Key Properties	Typical Jewelry Applications
Quality Resin (White/Black)	Smooth finish, high precision, easy post-processing	Proof-of-concept models, master patterns
Tough Resin (White)	Good tensile strength, moderate flexibility	Functional prototypes (clasps, hinges)
Ultra-Tough Resin (Blue)	Exceptional impact resistance, high strength	Stress-test models, display pieces
High-Detail Resin (White)	Ultra-fine detail (25 µm layers), crisp feature capture	Filigree, lace-like designs
High-Temp Resin (Red)	Heat resistance up to 230 °C, low deformation	Casting checks, mold-making workflows
Premium Clear Resin	Exceptional transparency, low viscosity	Stone-setting previews, internal channel inspections

2. Thermoplastics (SLS & MJF)

Used for robust masters, fit-checks, and functional prototypes:

Material	Characteristics
Nylon PA 12 White/Black/Gray	High strength, chemical resistance, and low moisture absorption—great for fit and wear tests.
TPU White/Gray	Flexible, elastic, excellent shock absorption—perfect for testing hinges or flexible components.
Polypropylene GF	Lightweight with moisture and chemical resistance—useful for lightweight decorative elements.
PA 11 White/Black	Eco-friendly nylon with high ductility and impact resistance for sustainable prototyping.

3. Metals (SLM)

For true end-use jewelry pieces, choose from our direct-print metal powders:

Metal Powder	Key Traits
Aluminum AlSi10Mg	Light weight with excellent thermal properties and corrosion resistance.
Aluminum 6061	Good machinability, thermal conductivity, and strength-to-weight ratio.
Stainless Steel 316L	Outstanding corrosion resistance and biocompatibility.
17-4 PH Stainless Steel	High strength, hardness, and machinability.
18Ni300 Maraging Steel	Exceptional tensile strength and dimensional stability.
Titanium Alloy Ti₆Al₄V	Superior strength-to-weight ratio and biocompatibility.

3d printed ring prototypes

Cost Comparison: Traditional vs. 3D Printing

Cost Component	Traditional Crafting	3DSPRO 3D Printing
Tooling & Molds	$500–$2,000 per design	$0 (digital file reuse)
Labor (per piece)	2–5 hours artisan time	Automated—minimal labor cost
Material Waste	Up to 30% lost metal	<5% excess resin or metal dust
Prototype Turnaround	1–3 weeks	2–7 days
Small Batch Runs (10)	$100–$200 per piece	$10–$100 per piece

3D Printing Jewelry:

√ No Upfront Tooling Fees: Digital designs eliminate the need for expensive molds.

√ Rapid Prototyping: Validate designs quickly without long lead times or high costs.

√ Scalable Pricing: Affordable for single items or small batches, making custom orders practical.

Quality Assurance & Certifications

Quality is non-negotiable when it comes to fine jewelry. 3DSPRO maintains rigorous standards:

ISO 9001 Certification: Ensures consistent process control and documentation.

Dimensional Inspection: Optical and laser scanning verify that printed parts match your CAD model within ±0.05 mm.

Stress Testing & Wear Simulation: Optional post-print testing for load-bearing or moving components.

Our commitment to quality means you receive jewelry pieces that not only look stunning but also meet the durability and safety standards your clients expect.

3d printed rings