If you watched the latest of the Oceans blockbusters, you’ll know through Oceans 8, that jewellery can be easily created by means of a 3D printer. While the Oceans 8 cast was preoccupied with replicating a multi-diamond Cartier necklace, more legitimate uses for 3D Jewelry are carried out worldwide for costume jewelry and high-end fashion pieces are created, in great numbers, on a daily basis.To get more news about jewelry design software, you can visit jewelryhunt.net official website.
Recent technology has allowed the jewelry and accessories industry to soar with the introduction on 3D printing. The high turnover rate and acute detail created with a 3D printer can produce a great amount of products for the fast-fashion industry, resulting in flawless pieces to add to any outfit.
The innovative, cost-effective and fast turnover rate in the jewelry world can be amplified with the use of 3D printing technology; giving companies the chance to breakthrough in a market with force and a vision of growth.
1. Stock is always available
When selling traditional jewelry, an inventory of products needs to be stored, ideally under high surveillance due to the value every accessory may hold. With 3D printing, the fear of lost items, insufficient inventory and hefty investments can be forgotten.
3D printing allows jewelry owners to create their products on demand once they are ordered online. Size of products, quantity and even specifics in colour or shape can be customised upon order with just a few toggles on the printer. It’s really that simple.
This benefit not only creates more products in far less time, it also reduces man-power and in turn hours, as well as the need for a brick and mortar store. This could drastically increase profits and margin for error in a company.
2. Design is limitless
Finding a great designer for your team could be the sole precious job within the company. If your designer is equipped with the skills to create out-of-the-box, customised and eye-catching jewelry designs, the sky’s the limit - the 3D printer will easily do the rest.
3D printing allows designers the capacity to create without limitations that molds creation might imply. The rigid design format is quickly switched up with minor adjustments or massive alterations that might eventually inspire a new addition into your company’s range.
3. Quick production rate
Molding jewelry is a manual job that requires perfection from the very start - it is also a laborious job that requires investment that could be rather expensive and at times serve a one time purpose. 3D printing is sustainable in the sense that new designs need only to be created on a designer’s software tools, no new molds, material or orders need to be placed. Your 3D printer and in-house team are all you need to create beautifully 3D printed jewelry that can be delivered much faster than their traditional rivals.
4. Unlimited customisation
If you’re really looking to make your mark in the 3D jewelry printing world, customisation is key. The facility that 3D printers create allows designers to run free with client requests and deliver totally unique items that require a good source of inspiration and creativity and a simple click of a button.
Personal messages, inscriptions and one-of-a-kind pieces can be incorporated into original designs or drawn up from scratch upon request. It’s quick and easy - and quite impressive.
5. Countless Possibilities
Rigidity and templates are two factors that you can wipe out of your vocabulary when it comes to 3D printing. There are no manufacturing techniques, small pieces or complex designs that need to be considered - traditional jewelry is bound by these conditions.
Creating a finished product with 3D printing guarantees high quality finishes to the unique pieces ordered by your company’s clients.
Learning how to use the 3D printing technology is the first (and only) step that your company will need to take advantage of the industry. Pair your state-of-the-art 3D printer with an expert product designer and your company will definitely see the benefits.