The art of Jewellery making dates back thousands of years, to a time when ancient civilizations crafted Jewellery for personal adornment. Created to display gemstones, express faith, and signify social status, artisans made Jewellery that ranged from shells on hemp strings to tiaras and crowns worn by royalty.
Throughout the ages, the continual discovery of new gems, precious metals and ornamental materials, combined with advancement of tools and metallurgy, have made it possible for almost everyone to own fine Jewellery.
At Jewellery Designs our artisans have passionately pursued the lost art of Jewellery making since our company was founded in 1980. Designing Jewellery from gold, platinum, diamonds and precious stones, our master jewelers create original Jewellery in our shop. While still rooted in the spirit of old world craftsmen, the equipment and techniques we use for making Jewellery have changed significantly since such times. Jewellery making procedures have advanced more throughout the past three decades than any other time in history.
When we started our business, our artisans made Jewellery by wax carving. Miniature sculptures where carved by our designers in preparation for lost wax casting. Using the ancient lost wax process, models were sculpted and imbedded in plaster. We then burned the models from the plaster to create an impression. Precious metal was melted by torch and thrown into the cavity with a manually wound centrifuge. Using files, abrasives and fundamental grinding tools, our artisans ground and finished the resulting castings to prepare them for soldering and welding.
The rest of our Jewellery was created as handmade Jewellery from raw gold and platinum as it had been done for centuries before. By alloying precious metals we created the color and karat desired. Once the metal was prepared we shaped and formed it in the Jewellery fabrication process.
Using the same lost wax Jewellery casting principles as the past, resin models are encapsulated in plaster and then incinerated through a burnout process. Today we no longer melt gold and platinum with hand-held torches. Using induction and high frequency melting, our technicians can After casting the models, they are cut loose and worked over with battery of abrasive compounds. Once a job that was done with handheld files and emery paper, they are now de-burred with finishing tools driven by hand-held flexible shafts and upright polishing machines. After the preparation is complete, jewelers fabricate or assemble any additional settings, parts or pieces needed. Although the jeweler’s torch is still the dominant tool for soldering and welding, lasers play a big role in modern Jewellery making. Using lasers, our jewelers can do precision welding on areas of Jewellery where heat needs to be controlled. The concentrated focus of lasers enable our designers to weld precious metal in close proximity to sensitive, valuable stones, without destroying or melting the surrounding work.
When all metal work is complete, the precious stones to be highlighted are added to the piece. Specialized jewelers skilled at the art of stone setting, use precision, hand-held tools to secure gemstones and diamonds in gold and platinum. The stone setters cut slots into precious metal, allowing them to sit level before they are tightened. The skilled hands of the setters apply just the right amount of pressure to finesse prongs, beads, and walls over delicate stones to ensure that they remain snug in their settings.
With metal work completed, the last step in Jewellery making is polishing and finishing. Jewellery polishing is a multistage process whereby metal is buffed with soft rotary tools made from bristles, felt, or muslin. Applied in descending stages, from coarse to fine, wheels are charged with various polishing compounds to achieve the desired luster.
If you would like to see the Jewellery making process in person, you can visit our studio in Dubai. There you can watch our artists creating works of art in person, while viewing their finished works in our adjoining gallery.