CAD one Jewellery Piece

£99.00

Experience the future of jewelry with our expert CAD service. Using advanced 3D modeling, our designers create precise virtual models that capture your vision perfectly before making the actual piece. This digital process speeds up production and improves accuracy compared to traditional methods.

These detailed models guide modern 3D printers and CNC machines to make high-quality wax or resin prototypes, which are essential for crafting the final metal pieces through casting.

Choosing our CAD design means a smooth, affordable way to turn even the most detailed jewelry ideas into reality. Update your collection with unique, carefully crafted pieces that blend art, precision, and cutting-edge technology.

Experience the future of jewelry with our expert CAD service. Using advanced 3D modeling, our designers create precise virtual models that capture your vision perfectly before making the actual piece. This digital process speeds up production and improves accuracy compared to traditional methods.

These detailed models guide modern 3D printers and CNC machines to make high-quality wax or resin prototypes, which are essential for crafting the final metal pieces through casting.

Choosing our CAD design means a smooth, affordable way to turn even the most detailed jewelry ideas into reality. Update your collection with unique, carefully crafted pieces that blend art, precision, and cutting-edge technology.

How CAD Works for Jewellery and Jewellery Manufacturing: A Short Guide

CAD (Computer-Aided Design) plays a crucial role in modern jewellery design and manufacturing. It allows designers and manufacturers to create precise, customizable, and complex jewellery pieces efficiently.

1. Conceptualization and Design

  • Sketching: The process begins with initial sketches or ideas, either on paper or digitally.

  • 3D Modeling: Using CAD software (like Rhino, MatrixGold, or JewelCAD), designers create a detailed 3D model of the jewellery piece. This includes every component—settings, stones, bands, and embellishments.

  • Customization: Sizes, shapes, textures, and engravings can be adjusted easily without starting over.

2. Visualization

  • Rendering: CAD software provides realistic renderings of the design, showing how the finished piece will look in metal and gemstones.

  • Virtual Prototyping: Designers can examine the piece from all angles, check ergonomics, and make adjustments before production.

3. Technical Specifications

  • Precision: CAD models give exact dimensions and tolerances, ensuring the piece fits perfectly, especially important for rings, clasps, and gemstones.

  • Assembly Details: For complex jewellery with multiple parts, CAD designs the assembly mechanism, durability, and articulation (e.g., hinges).

4. Manufacturing Preparation

  • File Export: The CAD model is converted into a format such as STL, which is compatible with manufacturing technologies.

  • 3D Printing or CAM: The file can be used directly to 3D print wax or resin prototypes or sent to CNC machines to carve wax models or metal parts.

5. Prototyping and Casting

  • Wax/Stereo-lithography Printing: A physical model is created from CAD data, often by 3D printing.

  • Investment Casting: The wax or resin model is used to create molds in lost-wax casting processes. Molten metal is poured into the mold, forming the final piece.

6. Finishing

  • Post-casting, the jewellery is polished, stones are set, and any final customizations are made.

Benefits of Using CAD in Jewellery Manufacturing

  • Accuracy and Detail: Complex designs with fine details can be created and reproduced precisely.

  • Time Efficiency: Changes can be made quickly without redrawing designs.

  • Cost-effective Prototyping: Virtual prototypes reduce the need for multiple physical samples.

  • Customization: Easy personalization for bespoke jewellery.