Footprint Signet Ring JDBCo 3D print model

Unique Footprint Design Signet Ring With Contemporary Flair
Ready To Print 3D-Model For Jewelry Manufacturing.

Discover a fascinating blend of unique design and contemporary style with our Footprint Signet Ring. This extraordinary piece features an artistic representation of a footprint, symbolizing journeys taken and paths to be explored. The signet ring style adds a touch of timeless elegance while ensuring that the distinctive footprint design stands out prominently. Ideal for those who appreciate meaningful jewelry, this ring can serve as a personal talisman or a thoughtful gift for someone special. Its bold yet sophisticated aesthetic makes it perfect for both everyday wear and special occasions.

Designed by JDBCo

Model details:
(calculated)

Model file: model_main.stl
Size X: 22.050 mm
Size Y: 13.666 mm
Size Z: 24.921 mm
Polygons: 55598
Vertices: 27706
Volume: 662.359 mm³
Surface Area: 1680.082 mm²

Weights in materials:
(calculated)
Platinum: 14.17 g
Gold 18K: 11.19 g
Gold 14K: 8.48 g
Silver: 6.95 g

Our jewelry designs can generally be produced with any of the following metals: gold (yellow, white, rose), silver, platinum, other metals.

Actual sizes and weights may vary from the calculated values.

Our jewelry designs can generally be manufactured using the following primary methods:

1. 3D Printing (Additive Manufacturing)

• Method: Using 3D printers with materials like PLA (Polylactic Acid), resin, wax, plastic, or metal.
• Applications: Creating detailed prototypes and final models. High precision, capable of producing complex geometries.
• Materials: PLA for easy printing and eco-friendliness, resin for high detail and smooth surface finishes, wax and plastic for prototyping, metal for final pieces.

2. Investment Casting

• Method: Creating a wax model via 3D printing or CNC machining, then casting metal.
• Applications: Producing high-quality metal pieces suitable for mass production. Uses 3D printed models made from PLA, resin, or wax.

3. CNC Machining

• Method: Using computer-controlled machines to cut and shape metal.
• Applications: Producing precise and larger items. Suitable for complex designs and high precision.
• Materials: Metal for final products.

Also, possible to use the secondary methods:

4. Electrical Discharge Machining (EDM)

• Method: Shaping metal using electrical discharges.
• Applications: Creating very complex shapes with high precision.
• Materials: Metal for detailed and intricate designs.

5. Laser Cutting and Engraving

• Method: Using lasers to cut and engrave materials.
• Applications: High precision cutting and engraving for various materials, fast processing.
• Materials: Metal, plastic, and other suitable materials for detailed cuts and engravings.