High-speed Polymer Printing Technologies Gives You a Competitive Advantage in Larger Production
Total AM Luxury Jewellery Marketplace Revenue ($USDM).
Dublin, Feb. 17, 2023 — (GLOBE NEWSWIRE – The “3D Printing Jewelry Markets for 2023: Market Study And Forecast” report has been updated ResearchAndMarkets.com’s offering.
According to the comprehensive market study, 3D printed jewelry sales will grow 10% over 10 years from 2021-2031. This compares with $489M this past year.
The jewelry industry has had a relatively limited 3D printing scene despite more than a decade of additive adoption. Several factors have reenergized the market in recent years and created new opportunities for growth, innovation, and competition.
The most interesting development in AM jewelry is direct production of precious metallic jewelry. Numerous vendors of metal binding systems signal their willingness to produce low-cost precious jewelry printing. This will transform the high-end direct jewelry market and make direct metal jewelry production mainstream.
This report examines the future and current state of 3D printing luxury jewelry markets. It focuses on major trends on both the consumer and technology sides that will disrupt the market in the next few years. This report examines the technology landscape for metals and polymers in the production and modification of jewelry patterns, molds, and directly printed jewelry. It profiles the most prominent AM technology vendors and their competitive positions, as well as their relevant offerings and systems.
The report includes a 10-year forecast for the AM jewelry market. It forecasts AM hardware, software, as well as services.
Companies looking to gain market intelligence and forecasts have adopted the analyst reports on 3D printing.
Here are the Key Highlights
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Investment casting patterns are one of the most popular 3D-printed jewelry applications on today’s market.
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Technology vendors are adapting large format systems to these applications in order to forecast growth. This allows users to optimize their performance for scale.
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Direct precious metal printing is possible using metal binder jetting.
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Market disruption is likely to occur with the explosion of low-cost, high-resolution VAT-based printers. This will greatly reduce the barrier to entry.
The following are the key topics covered:
Chapter 1: 3D Printing Jewelry Market History and Trends, Opportunities
1.1 3D Printing has a long history in the jewelry space
1.1.1 3D printing in the production of investment casting patterns
1.1.2 3D Printing patterns to support vulcanized mould production
1.1.3 Jewelry that is directly printed
1.1.4 Design and Fit Verification models
1.2 Current Product Spaces for 3D Printing
1.2.1 Rings.
1.2.2 Watches and Timepieces
1.2.3 Wearable and Smart Accessories
1.2.4 “Metaverse” Jewelry
1.2.5 Jewelry joins NFT Hype
1.2.6 Impact of labor Availability, Material Availability and Costs on COVID
3.1.3 Evolution of 3D Printing Hardware
1.3.1 The Global Jewelry Industry is changing: Stakeholders face challenges: Consolidation, Rise in E-Commerce
1.3.2 Continuous Price Reduction in 3D Printers for Polymers, Reducing Barriers to Entry, and Improving the Printing Economy
1.3.3 Increased Competitive Advantage with High-Speed Polymer Printing Technologies for Larger Production
1.3.4 Metal Binder Jetting Set Allows for Mass Production Of Precious Metal Parts
1.3.5 Metal 3D printing through Bound Metal Filament Printing: Low-cost Access
Trends in 3D Printing Jewelry
1.4.1 Low-cost Printing Systems Allow Studios and Designers to Access Technology and Increase Capacity
1.4.2 Continued and Growing Investments in Precious Metals for 3D Printering
1.4.3 New developments in 3D printed jewelry software and design tools
1.5 Main Applications and Strategic Opportunities for 3D Printing in the Jewelry Value Chain
1.5.1 The compression of traditionally analog and craft processes
1.5.1.1 Directly printing investment casting patterns
1.5.1.2 3D printed patterns for mold production
1.5.1.3 Directly 3D printed Pattern Molds
1.5.2 Development of Customized Retail Platforms
1.5.3 Mass Customization for Premium Jewelry
1.5.4 Opportunities for Styling Through Geometric Complexity
Chapter 2: Guide to the Jewelry Market: Materials and Hardware for 3D Polymer Printing
Use of 2.1 Vat Photopolymerization, Material Jetting Technologies in Pattern Fabrication
2.1.1 Material Jetting Technologies
2.2.2 Material Jetting Castable Wax Patterns
2.2.3 Vat Photopolymerization Technology
2.2.4 SLA, DLP, LCD, Continuous 3D Printing
2.2.5 Noteable Platforms and Vendors in Vat Photospolymerization Space
2.2.6 Vat Photopolymerization Materials
Chapter 3: Metal 3D Printing Hardware & Materials Guide to the Jewel Market
Review of Metal Technology Vendors
3.2 The Emergence of BinderJetting Technologies for Precious Metal Printering
3.2.1 Materials
3.2.2 Gold
3.2.3 Silver
3.2.4 Platinum
Chapter Four: A Ten-year Forecast for the 3D Printing Jewelry Market by Hardware Materials Services and Software
4.1 Ten year forecast for 3D printing hardware shipment and revenue
4.2 Hardware Growth
4.3 Materials
4.4 Polymer Materials Market
4.5 Metal Materials
4.6 Services and Software
This report contains a selection of companies that are mentioned.
For more information about this report visit https://www.researchandmarkets.com/r/73knz1-printing?w=12
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