Master Jewelry CAD Design Tutorial

Table of Contents

1. Introduction
2. Getting Started with Rhino 6 for Jewelry Design
3. Creating the Pattern for the Onyx
4. Manipulating the Shape and Size of the Pattern
5. Creating the Sunray Pattern
6. Adding Feathered Edges to Enhance Realism
7. Adding the Star Design on Top
8. Fixing Overlapping Surfaces and Polishing the Design
9. Creating Support Structures for 3D Printing
10. Conclusion

Introduction

Welcome back to PJ Chain Design! In this tutorial, we'll be exploring how to use Rhino 6 for jewelry design. Specifically, we'll be focusing on creating a signal ring with an onyx pattern. If You're interested in learning how to make a signal ring, check out the video in the right top corner. But if you're looking to download the 3dm file to practice directly, make sure to sign up for our newsletter for free access.

Getting Started with Rhino 6 for Jewelry Design

To begin creating our onyx pattern, we'll start by drawing a cylinder in the middle of the design. This will serve as the base for our onyx stone. We'll also Create another cylinder on top of it to serve as a seat for the stone.

Creating the Pattern for the Onyx

Next, we'll create the triangular pattern for the onyx stone. Using the polygon tool, we'll draw a triangle and Align it with the center of the design. We'll then use the Sweep One Rail command to extrude the triangle along the shape of the cylinder. This will give us a sunray-like pattern on the surface of the stone.

Manipulating the Shape and Size of the Pattern

After creating the pattern, we may need to adjust its size and shape. Using the 1D Scale command, we can scale the pattern down and bring it closer to the surface of the stone. We can also use the Gumball tool to taper the ends of the pattern for a more refined look. It's important to ensure that the pattern is proportionate and aesthetically pleasing.

Creating the Sunray Pattern

To further enhance the sunray pattern, we can use the Polar Array command to create multiple copies of the pattern around the stone. By adjusting the angle and distance, we can create a symmetrical and visually appealing arrangement.

Adding Feathered Edges to Enhance Realism

To make the design more realistic, we can add feathered edges to the surface of the stone and the sunray pattern. By using the FilletEdge command, we can round off the sharp edges of the design. This will create a more polished and natural look.

Adding the Star Design on Top

To complete the signal ring, we'll add a star design on top of the pattern. We'll draw a line and a triangle, aligning them with the center of the design. Using the Sweep Two Rail command, we'll extrude the triangle along the line to create the star shape. Finally, we'll use the Boolean Difference command to cut out the star from the pattern.

Fixing Overlapping Surfaces and Polishing the Design

Sometimes, overlapping surfaces can cause issues when using Boolean operations. If the Boolean operations fail, we'll need to check for overlapping surfaces and adjust accordingly. By rebuilding the curves and ensuring they align properly, we can fix any issues. We can also add further feathered edges and fillet corners to achieve a polished and refined look.

Creating Support Structures for 3D Printing

Before 3D printing the design, it's important to create support structures to ensure successful printing. These support structures help prevent deformations and ensure the shape of the design remains intact during printing. By adding support structures strategically, we can minimize the need for additional support and reduce post-printing clean-up.

Conclusion

In conclusion, Rhino 6 offers a powerful set of tools for creating stunning jewelry designs. By following the steps outlined in this tutorial, you can create intricate Patterns, adjust sizes and shapes, and add realistic details to your designs. Whether you're a professional jeweler or a hobbyist, Rhino 6 can elevate your jewelry design process and help you bring your creative vision to life.

Highlights

• Learn how to use Rhino 6 for jewelry design
• Create a signal ring with an onyx pattern
• Manipulate patterns to achieve desired sizes and shapes
• Add realistic details and polish designs
• Create support structures for successful 3D printing

FAQ

Q: Can I download the 3dm file for the signal ring design?

A: Yes, you can download the 3dm file for free by signing up for our newsletter.

Q: Do I need any prior experience with Rhino 6 to follow this tutorial?

A: It is helpful to have some basic knowledge of Rhino 6, but this tutorial is designed to be beginner-friendly and provides step-by-step instructions.

Q: Can I use this tutorial for other jewelry designs?

A: Absolutely! While the focus is on creating a signal ring with an onyx pattern, the techniques and tools discussed can be applied to various jewelry design projects.

Q: How long does it take to 3D print the signal ring?

A: The printing time will depend on various factors, such as the size and complexity of the design, as well as the capabilities of your 3D printer.