Design Your Dream Engagement Ring in 3D!

Design Your Dream Engagement Ring in 3D!

Table of Contents

1. Introduction
2. Choosing the Stone Size and Positioning
3. Setting up the Ring Size
4. Creating the Arc for the Prong
5. Creating the Side View Line
6. Projecting the Line to the Flat Plane
7. Creating the Curve from 2 Views
8. Testing and Adjusting the Curve
9. Mirroring the Curve
10. Creating the Shank
11. Creating the Profile
12. Mirroring the Profile
13. Checking the Structure
14. Creating the Middle Structure
15. Mirroring the Middle Structure
16. Finalizing the Proportions

How to Model a Three Stone Ring: Step-by-Step Guide

Are You interested in learning how to model a stunning three stone ring using Rhinio? Look no further! In this article, we will guide you through the process of creating this exquisite piece of jewelry. From choosing the stone size and positioning to finalizing the proportions, you will discover every step needed to bring this ring to life. So, let's dive in!

1. Introduction

Before we begin, let's take a moment to understand the beauty and elegance of a three stone ring. This Timeless design features three stunning gemstones, symbolizing the past, present, and future. By mastering the art of modeling this ring, you can Create a masterpiece that will captivate anyone who lays their eyes upon it.

2. Choosing the Stone Size and Positioning

To start the modeling process, you need to determine the exact size of the stones you will be using and the positioning that best suits your design. Pay careful Attention to these factors, as they will greatly influence the overall appearance of the ring. If you need assistance in stone selection, be sure to check out our step-by-step video guide for helpful insights.

3. Setting up the Ring Size

Before diving into the intricate details, it's important to establish the ring size. In this case, we will be setting the ring diameter to 16 millimeters. To create a guideline, offset the circle by 0.6 millimeters to ensure that no lines cross over it during the modeling process.

4. Creating the Arc for the Prong

Next, we will create the first line of the design by drawing an arc for the prong. The length of the prong can be slightly longer for better stone setting. Ensure that the near point is activated on your Osnap to accurately snap the arc.

5. Creating the Side View Line

In the right view, draw a line that starts at the same Height as the arc and curves towards the center of the ring. To avoid unwanted snapping, use the "ProjectToCplane" command and delete the input line. This line will serve as a guide for future steps.

6. Projecting the Line to the Flat Plane

Now, let's project the line onto the flat plane. This will ensure that the line is perpendicular to the arc. Double-check the projected line to make sure it aligns with your desired design.

7. Creating the Curve from 2 Views

To create a smooth curve, use the "Curve from 2 Views" command. Select the two curves created in the previous steps to automatically generate the desired curve. Test the curve by piping it with a radius of 0.6 millimeters. Verify that the curve aligns perfectly with the ring size, without extending beyond it.

8. Testing and Adjusting the Curve

Upon inspecting the curve, you may Notice that it is either too close to the stone or not touching it at all. Instead of repetitively modifying the curve, opt to rebuild it with fewer control points. By doing so, you can easily adjust the curve's proximity to the stone by moving the control points.

9. Mirroring the Curve

After achieving the desired curve for one side, mirror it to the other side of the ring. This will create a symmetrical design and save you time and effort in modeling.

10. Creating the Shank

Let's shift our focus to the shank of the ring. Start by drawing a line a little inside the prong and extending it towards the bottom of the ring. Adjust the line as needed to achieve an appealing design.

11. Creating the Profile

To give the ring an elegant cushion-like appearance, use the conic corner technique for the profile. Position the profile at the quadrant of the ring's inside and adjust the thickness to your liking.

12. Mirroring the Profile

Mirror the profile to the other side of the ring, maintaining a seamless design and balance between the two halves. Utilize the Sweep1 command with the rail and cross section curves for optimal results.

13. Checking the Structure

Before moving forward, it is essential to assess the structural integrity of the ring. Ensure that the prongs are touching the stones and that there are no collisions between the prongs. Pay close attention to the middle area, as additional structure may be necessary to prevent any clashes.

14. Creating the Middle Structure

To reinforce the middle area and avoid accidental collisions, create an arc underneath the girdle area of the stones. Pipe this arc with a radius of 0.4 millimeters to provide extra support.

15. Mirroring the Middle Structure

Mirror the created middle structure to the other side of the ring to maintain balance and consistency. By doing so, you will ensure that all sides are equally supported and protected.

16. Finalizing the Proportions

At this stage, you should have a nearly complete model of the three stone ring. Take some time to review the proportions and make any necessary adjustments. Feel free to experiment with the length of the prongs and other elements to achieve your desired design.

Congratulations! You have successfully modeled a stunning three stone ring using Rhinio. We hope this guide has provided you with valuable insights and techniques. If you want to further enhance your stone setting skills, be sure to check out our comprehensive course on our Website.

Thank you for joining us in this exciting modeling Journey, and we look forward to seeing your creative designs come to life! Don't forget to like, share, and comment on our video, helping us reach more jewelry enthusiasts who are eager to learn Rhinio. Until next time!