If you are interested in reaching out to a professional CAD jewelry designer to design the perfect gifting opportunity for your near and dear ones and are unsure of how solid the process is, then you may want to check this information out.
It’s critical to grasp the manufacturing process if you’re trying to navigate through the process it takes to build an amazing jewelry design.
Creating a Three-Dimensional Jewelry Model
After you present your design or requirements, it’s time to start working on the digital model after the basic idea and/or sketch has been generated. The 3d designer will create a digital render of your jewelry using CAD (Computer-Aided Design) software. This can take anything from a day to a week, depending on the complexity of the job and how busy the studio or artist is.
While this process allows you to see your jewelry before going into full production, keep in mind that the 3d model is designed for usefulness rather than aesthetics, so it may not look as nice as your final result! You can, however, always request a more thorough render. New York jewelry designers are capable of fulfilling this request of yours.
The Importance of 3D CAD files in the Jewellery Industry?
Now that you have briefly understood the process of the making of 3D CAD files in the jewelry making industry, it’s time you understood exactly the importance of 3D CAD files in the jewelry industry.
- Create at a Faster Rate – When a model is printed via 3D jewelry printing rather than carving it by hand, the process can be significantly hastened. Jewelers can remain ahead of the competition and meet customer demand for popular pieces in this way.
- Cost-cutting – Making prototypes by hand is unquestionably costly. Model tools and manufacturing runs are both financial and time-consuming investments. It can be more expensive to duplicate a piece in multiple separate sample runs if mistakes are made, or the client does not like the finished result.
- Extensive Detail – While wax modeling by hand gives an artist entire creative power, designing a piece in a 3D jewelry printing program opens up a world of possibilities that are simply not available when working by hand. A jeweler may create delicate and elaborate designs without putting the model in danger.
Getting back to learn more about 3D CAD files; here’s what you need to know:
Your jewelry in 3D Wax Printing
The 3d model you saw in the previous stage wasn’t just for you to examine a sample ahead of time; it also serves as the foundation for the wax model in the next step. In most current CAD designs for jewelry production, a 3d printing equipment is used to make a wax model composed of resin, which usually takes no more than 48 hours.
Creating a Metal Model from a Wax Model
Following that, the jewelry design made with CAD goes through the casting process. At this point, your piece begins to resemble jewelry you may find in a store. The wax is melted away, and your metal of choice, usually gold, silver, or platinum, is substituted in molten form. After that, the metal hardens into the shape of your jewelry. This method is known as “lost wax” casting.
Assembling Basic Jewelry
The final fabrication of your jewelry can take anywhere from 3 days to 3 weeks after it has passed through the design and casting stages. The jeweler refines the main construction of your ring, necklace, or another piece at this phase. To uncover the metal beneath the casting skin, the jeweler files it down. Although casting changed the CAD design jewelry into exquisite metal, the jeweler must make any necessary aesthetic alterations and ensure that the piece can support gemstones functionally.
The necklace is now ready for stone setting after the mount has been completed. If the piece requires further enameling or design, it will be done before it is set.
The Stone Setting Methodology
Finally, the diamond setter places the diamonds or other jewels on your piece in this step. He places the center stone into the mount with care. If side stones are used, the setter must hand drill them before placing them. They then set each individual stone using a microscope.
Quality Control, Polishing, and Finishing
A polisher works to ensure that the metal is perfectly polished and as gleaming as possible in the final stage. Any last touches, such as engravings, are applied as well. Finally, the jewelry is examined, and each detail is examined to ensure that production goes smoothly.
You’ll be in a much better position to deal with your selected studio or production businesses now that you understand the basic jewelry manufacturing process, especially if you’re establishing you’re planning on starting your own jewelry business as a fashion influencer or jewelry enthusiast. Please send us an email if you have any queries regarding any stage of jewelry production, from design to completion.
However, we can’t dissuade the idea of facing a few challenges even while using this advanced technology in the jewelry-making industry.
Here are a few things you may want to be aware of:
Some of the Most Common Challenges that Arise When Working with CAD files?
Although CAD files can be a valuable asset in the hands of qualified 3D designers, unskilled jewelry professionals may encounter some difficulties. Designers without hands-on expertise are prone to making critical design errors when creating digital CAD models. Therefore it’s necessary to grasp the fundamentals of jewelry creation first.
There is absolutely no margin for error in the entire process. Although, with the professionally trained and highly qualified Sarkissian jewelry designs, you will experience a smooth sailing process of getting your flawlessly gorgeous designs made. If you at any point find yourself doubtful of the process, feel free to contact us, and you’ll soon be finding yourself at ease.