Global 3D Printing Metals Market is expected to register a CAGR of 29% to reach a value of USD 6 billion by 2027. The growth of the global demand for 3D printing metals is primarily due to their rising acceptance in the aerospace and automotive industries.
3D打印金属市场行业受到COVID-19疫情的负面影响。本质上,Covid-19通过三种方式影响了世界经济:通过影响生产和消费而负面影响;通过破坏供应链和破坏行业的否定;并因影响企业和金融市场而产生负面影响。
他们强调扩张,收购和新产品发行,作为战略增长的策略。这些参与者成长,收购,发布新产品并在未开发和未来的市场中扩展其公司的合作伙伴。为了改善其在3D打印金属行业的位置,他们实施了各种有机和无机增长技术。全球3D印刷金属市场行业进入了一些主要参与者,例如SLM解决方案(德国),物质化(比利时),CRS Holdings Inc(Carpenter Technology Corporation)(US),Optomec,Inc(美国),概念激光GmbH(德国(德国)),EOS GMBH(德国)EOS GMBH(德国),GKN Aerospace(英国),3D Systems,Inc(美国),Sandvik AB(瑞典),Voxeljet AG(德国)和Renishaw Plc(英国)。
A&D等应用程序正在推动3D打印金属的市场增长
As 3D printing of metals becomes more popular, the metal processing industry may enter its next era. Physicochemical properties combined with complex geometries make these products attractive. Market growth for 3D printing metals has been primarily driven by the demand for high-precision parts with complex architectures in the aerospace and defense sector. For industries such as automotive, medical, and dental, 3D printed metals are driven by three factors. In addition, you will see increased investment in new products, new materials and metals for prototyping, and an increase in demand for implants and prosthetics. Three-dimensional printing is expected to gain a significant amount of traction in aerospace during the forecast period. A significant market driver could be the growing popularity of metal 3D printing, which has advantages such as more design stability, less waste, and more competitive pricing over conventional manufacturing methods.
The Increasing Exploitation of Untapped Market Channels to Create Opportunities for Key Players
在过去的几年中,打印3D金属的能力得到了极大的增强,现在可以在广泛的科学应用中使用。在未来几年中,该行业期望的增长的主要推动力可能是使高级3D打印机负担得起的技术。
限制市场增长受到高科技成本的阻碍
A lot of difficulties have been encountered in commercializing 3D printed metals, as the end-use industries have had special interests. The high cost of the technique is among the factors preventing their adoption by producers. The process of 3D printing has its drawbacks, even when it comes to manufacturing extremely large items. Compared to 3D printing, using it for manufacturing at scale appears quite far-fetched, at least for now.
它使用称为材料挤出的过程来产生其3D模型。有时,它也称为“融合沉积建模(FDM)或融合细丝制造(FFF)”。在当今世界各地可用的3D打印技术类型中,材料挤出是最广泛的,最便宜的。
Generally speaking, '3D printing' is really a catch-all term for a group of technologies and processes that pertain to additive manufacturing.
Three-dimensional printing or stereolithography is the first technology to exist in the industry and it was Chuck Hull who invented it in 1986. It works by a 3D printing method called Vat Polymerization where a material called a photopolymer resin (Standard, Castable, Transparent, High Temperature) in a vat is selectively cured by a light source.
In terms of 3D printing technology, DLP (Digital Light Processing) is almost identical to SLA (Scanning Laser Ablation).
DLP和EPOS之间有一个主要区别:后者使用数字灯投影仪,该投影仪可以一次在每一层上闪烁单个图像或根据需要进行多个闪光灯。
Globally, the market for 3D printing metals can be divided into titanium, nickel, aluminum, stainless steel, Inconel, and others based on material type. A CAGR of 28.42% is expected in the titanium content segment. A growing number of aerospace and automotive applications is expected to drive significant growth in nickel and aluminum products.
A powder market is different from a filament market, depending on the form. The rise of technologies such as binder jetting and substance jetting, combined with sheet lamination and sheet bonding, is expected to create powder dominance on the global market soon.
板块层压,粘合剂喷射和材料挤出是属于该技术的细分市场。在内容挤出细分市场中,评估期和年终之间的CAGR预计为30.64%。
The global market for metal 3D printing has many application segments, including aerospace & defense, automobiles, healthcare, consumer electronics, and building & construction. The aerospace & defense industry has experienced exponential growth over the past few years, leading to a market share of the largest during the forecast period, estimated to grow 26.93% annually. This sector's CAGR will be 29.94 percent, making it the fastest-growing sector during the review period.
In addition to the Asia Pacific and North America, the report evaluates the market in Europe and the rest of the world.
According to forecasts, the Asia-Pacific industry will lead the global market with a large market share in 3D printing metals. To propel the market to its expected growth, there is expected to be a higher investment in the building and construction, healthcare, and consumer electronics sectors. Chinese metal 3D printers comprise the world's largest market for buyers and producers alike. In comparison with other regions, the Asia-Pacific market for 3D printing metals is relatively strong. There are also developing economies like India and China, which contribute to the growth of Asia-Pacific markets. As the population and economy grow in these countries, per capita usage of 3D printing metals is also going up, which ultimately results in a boom in the industry.
就销售量而言,欧洲市场在2019年排名第二。由于有利的政府政策,欧洲的商业需求预计将增加。预计该行业的增长将通过增加对研发和技术标准化的支持进一步增强。
最近的发展
October 2021:Incus, an Austrian engineering firm, announced a collaboration with the European Space Agency (ESA), OHB System AG, and Lithoz GmbH to develop and test microgravity 3D printing for qualified space parts. On Earth, Incus Lithography-based Metal Manufacturing (LMM) manufactures components with superior surface aesthetics and comparable material qualities to Metal Injection Molding (MIM).
October 2021:Tridivitive是工业3D打印机的制造商,向其Amcell 3D打印机系列:Amcell 8300和Amcell 1400引入了两种新型号。新机器能够互换印刷金属和聚合物,旨在启用工业大规模生产的工业生产3D印刷零件和各种材料的大规模制造。根据Tridistive CEO Mariel Daz的说法,该公司的最新3D打印机系列能够创建复杂的组件,降低兼职市场,最重要的是印刷金属和聚合物零件。
October 2020: Honeywell, a leading aerospace manufacturer, announced that it performed an evaluation of Alloyed’s new additive manufacturing (AM) material, the high-temperature alloy ABD 900AM, for application in aerospace metal 3D printing.
April 2020: Digital Metal, a Swedish binder jetting metal 3D printer manufacturer, launched a new software upgrade for its DM P2500 3D printer. The upgrade provided a substantially larger production volume per time unit, thus tripling the print speed of the DM P2500.
西门子在英国的材料解决方案开设了新的3D打印设施。已经对工厂进行了2700万美元的投资,旨在推动3D打印的工业化。
The report includes an overview of the global 3D printing metals market industry and lets us know the growth rate in the future. The global 3D printing metals market analysis can help investors make informed decisions.
根据该材料,全球3D打印金属市场构成了不锈钢,铝,钛,镍,inconel等。
Based on form the market includes filament and powder.
Technologically the market is segmented into Material Jetting, Sheet Lamination, Binder Jetting, Vat Photopolymerization, Material Extrusion, and others.
报告属性/度量 | 细节 |
---|---|
Market Size | 2027年:60亿美元 |
CAGR | 29%(2019–2027) |
基准年 | 2019 |
预测期 | 2020-2027 |
Historical Data | 2018 |
Forecast Units | Value (USD Billion) |
报告覆盖范围 | Revenue Forecast, Competitive Landscape, Growth Factors, and Trends |
Segments Covered | 通过材料,形式,技术,应用和区域 |
地理位置覆盖 | North America, Europe, Asia-Pacific, and Rest of the World (RoW) |
关键供应商 | voxeljet AG (Germany),Renishaw plc (UK),3D Systems, Inc (US),GKN Aerospace (UK),CRS Holdings Inc (Carpenter Technology Corporation) (US),Sandvik AB (Sweden),EOS GmbH (Germany),Materialise (Belgium),Concept Laser GmbH (Germany),Optomec, Inc (US) SLM Solutions (Germany) |
Key Market Opportunities | Growing Exploration of Untapped Markets to Create Growth Avenues for the Key Players |
Key Market Drivers | Growing Applications in the A&D Sector to Drive Market Growth |
Frequently Asked Questions (FAQ) :
The 3D printing metal market would be of USD 6 Billion by 2027.
The 3D printing metal market would grow with an impressive 29% CAGR during the forecast period (2020-2027).
3D printing metal is expected to become a big market due to the titanium segment.
In the 3D printing metal market, the segment that specializes in material extrusion has the upper hand.
航空航天和国防领域的3D打印金属市场是最大增长潜力的市场。