How Silver Jewellery is made?

From ore to ornament, the journey of sterling silver jewelry is a story worth knowing.

This guide takes you behind the scenes of how 925 silver jewelry is made, including the science and the soul that go into each piece you wear.

Here’s a quick look at how silver transforms from raw metal to timeless art

• Mining: Silver is extracted from natural ores and refined to high purity and then alloyed into sterling silver (92.5% silver + 7.5% copper).

• Design: Skilled artists hand-draw traditional motifs, then refine them through modern CAD technology.

• Manufacturing: Using advanced casting and machines, artisans bring each design to life with precision and care.

• Polishing: Multi-stage polishing and finishing are done to enhance shine, texture, and longevity. Quality check is carried out to ensure jewelry meets the standards.

• The beginning: From ancient techniques to modern precision, the silver jewelry begins its journey in your hands, ready to be worn, loved and passed on.

While the silver jewelry process overview captures the essentials, the true story lies in the details. Let’s dive deeper into how raw silver becomes the finely crafted jewelry you wear and treasure.

Every silver jewelry piece begins with the raw metal extracted from the earth. The raw silver is then refined to achieve high purity. But pure silver is too soft for everyday wear.

Sterling silver jewellery (925) is a blend of 92.5% pure silver and 7.5% copper. This precise combination adds strength while preserving silver’s natural sheen. The metals are melted together at high temperatures (around 960.5°C for silver and 1093°C for copper) and cast into bars.

Every batch undergoes purity testing to ensure the right balance of composition, durability and color. This attention to detail ensures the foundation of each piece.

The design process combines traditional artistry with modern innovation. It starts with hand-drawn sketches crafted by specialized jewelry artists, with each line inspired by beautiful motifs and reimagined for the modern world.

These sketches are then transformed into 3D CAD models, allowing designers to visualize digitally. A prototype or “master model” is made next. This helps us to study how the design feels in real form.

The manufacturing stage brings the design to life through a series of intricate techniques handcrafted by artisans.

Each piece begins as a wax model. This wax version captures even the smallest design details and serves as the foundation for casting.

A rubber mold is made around the wax model and then vulcanized to create a flexible mold that can reproduce identical copies.

The lost wax casting process follows. The wax model is melted out, leaving a cavity. Molten sterling silver is poured into this space and cooled to form the raw jewelry shape.

Skilled artisans assemble components by soldering, a technique that joins silver parts using a special alloy. This is where intricate patterns take shape.

Once assembled, artisans carefully file and smooth each piece to remove rough edges and casting marks. This ensures seamless curves and surface before polishing.

If gemstones are part of the design, expert setters hand-place each stone into its seat. Precision tools are used to ensure perfect alignment.

The raw cast silver is transformed into a gleaming masterpiece through a multi-stage polishing process.

Artisans move from coarse polishing wheels to fine compounds to bring out the metal’s natural luster. Depending on the design, they may apply surface treatments like oxidising (for antique effects), texturing (for matte finishes), or burnishing (for mirror shine).

Before packaging, every piece undergoes quality checks, examining weight, symmetry and finish under magnification. Some collections also receive rhodium plating as a protective layer to enhance brightness and prevent tarnish.

At Tarangi, silver jewelry is a story of precision, patience and passion shaped by a team. Our process blends ancestral craftsmanship with modern methods to create premium Silver jewelry.