The ring making process has undergone a long development, from simple polishing to today's precise and complex procedures. Rings from different periods, materials, and styles have their own characteristics in the production process. Below, we will introduce in detail the ring making process from multiple aspects such as design drawing, material selection and processing, ring ring ring forming, gemstone inlay, and surface treatment.

Design drawing

Hand drawn: With a strong artistic foundation, designers use traditional tools such as pencils and watercolors to sketch the ring on the blueprint, determining the overall shape, style, and details of the ring. This approach can endow the design with a unique artistic sense and vitality.

Computer aided design: With the help of professional jewelry design software such as JewelCAD, RhinoGold, etc., designers can create 3D models of rings, accurately presenting the shape, size, and material effects of the rings. They can also perform virtual try ons and modify designs in a timely manner based on customer feedback, greatly improving design efficiency and accuracy.

Material selection and processing

Metal materials: Common ring metal materials include gold, platinum, K gold, etc. Gold ore is extracted and refined to obtain high-purity gold nuggets. By heating, forging and other means, the shape and properties of the metal are changed to obtain metal sheets and wires of different thicknesses. For example, 18K gold, containing 75% gold and the remaining 25% other metals, can present rich colors such as white, yellow, and rose while increasing hardness.

Gemstone materials: Select high-quality gemstones such as diamonds, rubies, sapphires, etc. According to the shape, size, and quality of the gemstone, use cutting tools to cut it into specific shapes such as circular, square, heart-shaped, etc., in order to maximize the brilliance and fire color of the gemstone. For example, diamonds are cut with standard 57 or 58 facets to allow light to fully reflect and refract internally.

Ring forming

Casting method: The designed ring model is made of materials such as wax or resin, and then wrapped with refractory materials such as gypsum. Heating causes the wax mold to melt and flow out, forming a mold cavity. Pour the melted metal liquid into the mold cavity, remove the gypsum after cooling, and obtain the metal ring blank. After subsequent processing such as grinding and polishing, it is made into a ring. This method is suitable for mass production of rings with complex shapes.

Forging method: Heating metal materials to give them a certain degree of plasticity. By manually hammering or using forging equipment, the metal is gradually processed into the shape of a ring. This method endows rings with unique textures and textures, and is commonly used to create rough and personalized rings.

Turning method: Using a precision lathe, the metal bar material is fixed on the lathe, and through the precise cutting of the tool, the ring ring that meets the design requirements is directly processed. This method produces ring sizes with high precision and smooth surfaces, making it suitable for making minimalist style rings.

precious stone

Claw inlay: The most common way of inlay is to fix gemstones on the ring holder with metal claws. The number of metal claws is usually three, four, or six, which can maximize the overall view of the gemstone, allowing light to fully illuminate the gemstone and enhance its brilliance. For example, the classic four claw diamond ring is simple and elegant, highlighting the brilliance of diamonds.

Encapsulation: Wrap the edges of a gemstone with metal edges to provide sufficient protection and prevent it from falling off easily. This inlay method is suitable for larger gemstones or irregularly shaped gemstones, and can create a stable and gorgeous visual effect. It is commonly used for the inlay of precious gemstones such as emeralds.

Groove inlay: Process grooves on the ring holder, arrange the gemstones in sequence and embed them into the grooves, and then fix the gemstones by squeezing the metal edges. Groove inlay makes the surface of the ring smooth and the gemstones arranged neatly, giving a simple and smooth aesthetic. It is commonly used in group inlay styles of rings.

Surface Treatment

Polishing: Use tools such as sandpaper and polishing wheels to polish the surface of the ring, remove scratches and flaws, and give the ring a mirror like luster, enhancing the overall texture of the ring.

Sandblasting: High pressure airflow is used to spray sand particles onto the surface of the ring, forming uniform small pits on the surface, producing a matte effect, increasing the texture and layering of the ring, contrasting with the polished part, and enriching the visual effect of the ring.

Electroplating: Plating a thin layer of metal, such as rhodium, gold, etc., on the surface of a ring to change its color, enhance its luster and wear resistance. For example, plating rhodium on the surface of an 18K white gold ring can give it a white and bright appearance.