Ring Making

Overview

This independent project explored the process of crafting custom rings from raw metal materials using traditional jewelry-making techniques. Starting with wires and flat sheets of metal such as copper, brass, and silver, each ring was measured, cut, shaped, soldered, and polished by hand. The goal was to understand fundamental metalworking processes while creating one-of-a-kind wearable pieces. This hands-on experience deepened my appreciation for craftsmanship, precision work, and material behavior under heat and pressure.

Key Objectives

• Learn Fundamental Metalworking Techniques: Gain practical experience in cutting, soldering, shaping, and finishing metal.


• Create Functional and Aesthetic Jewelry: Produce custom rings that are both wearable and visually refined.


• Explore Craftsmanship and Creative Design: Combine engineering precision with artistic expression through handmade objects.

System Design & Implementation

1. Material Preparation:Cut copper, brass, or silver sheets and wires to the proper dimensions based on ring size and design.


2. Shaping and Soldering:Formed rings into cylindrical shapes using mandrels, then soldered the joints with a torch and silver solder.


3. Cleaning and Filing:Removed oxidation and excess solder through filing, pickling (acid bath), and sanding.


4. Texturing and Detailing:Added decorative textures using tools such as files, stamps, and hammers to create engraved or braided effects.


5. Polishing and Finishing:Polished each ring using fine grit and rotary tools to achieve a smooth, shiny finish.

Testing & Evaluation

Each ring was inspected for strength at the solder joint, symmetry, fit, and finish. Minor design flaws were addressed through iterative filing and reshaping. Rings were wear-tested to ensure long-term durability and comfort.

Outcomes and Next Steps

The final rings were fully wearable and displayed craftsmanship through detailed engraving and clean finishes. This project highlighted the intersection of engineering and art, sparking an interest in precision manufacturing and design aesthetics. Future work could involve working with higher-grade metals, casting techniques, or integrating 3D-printed wax molds for complex forms.