Projection: 3D Printing Metal Market Set to Reach a Whopping US$ 2.95 Billion by 2032


The 3D printing metal market is undergoing a transformation, evolving from a niche technology to a mainstream manufacturing force. Driven by technological advancements, soaring demand from diverse industries, and a growing focus on sustainability

New York, Jan. 16, 2024 (GLOBE NEWSWIRE) — Market Introduction and Definition:

According to Persistence Market Research’s most recent market estimates, the global 3D printing metal market is valued at US$ 422.9 Mn in 2022 and is projected to reach US$ 2.95 Bn by 2032, expanding at an astonishing CAGR of 21.4% over the next ten years.

The 3D printing metal market has emerged as a transformative force within the broader additive manufacturing sector, revolutionizing the production of intricate and high-performance metal components. 3D printing, also known as additive manufacturing, involves the layer-by-layer deposition of materials to create three-dimensional objects from digital models. In the context of metals, this process is commonly referred to as metal additive manufacturing or 3D printing metal. Unlike traditional manufacturing methods, 3D printing metal enables the fabrication of complex structures with precise geometries that may be challenging or impossible to achieve using conventional techniques.

In the realm of 3D printing metal, an array of metal powders, including stainless steel, titanium, aluminum, and nickel alloys, act as primary materials. Laser or electron beam technology is employed to selectively fuse or sinter these powders, layer by layer. This process yields a final product that boasts improved mechanical characteristics, superior strength-to-weight ratios, and intricate designs, thereby fulfilling the diverse needs of a variety of industrial fields. Industries such as aerospace, healthcare, automotive, and manufacturing have seen a significant uptake in the use of 3D printing metal. This technology provides advantages such as decreased waste of materials, augmented design flexibility, and reduced production cycles. Furthermore, the capacity to produce lightweight yet robust metal components with complex internal structures has ignited innovation and broadened the horizon for product design and development.

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Market Scope:

Report Coverage


Market Revenue 2022

US$ 422.9 Million

Estimated Revenue 2032

US$ 2.95 Billion

Growth Rate – CAGR


Forecast Period


No. of Pages

230 Pages

Market Segmentation

Material, Shape, Production Process, End Use, Region

Regions Covered

U.S., Canada, Brazil, Mexico, Germany, Italy, France

Key Companies Profiled

Sandvik AB, ATI Powder Metals, Advanced Metallurgical Group, Rio Tinto, American Axle & Manufacturing, Inc., Carpenter Powered Products, Showa Denko Materials, GKN PLC, Praxair Surface Technologies Inc., Aubert & Duval, Höganäs AB

3D Printing Metal Market Development Drivers:

The 3D printing metal market is witnessing robust growth, propelled by several crucial development factors that are influencing the industry. The aerospace and defense sector, for instance, has emerged as a major driver for the expansion of 3D printing metal applications. The unique traits of metal additive manufacturing – such as the capacity to create complex shapes and lightweight structures – are heavily prized in the manufacture of aerospace components. This has resulted in a growing adoption of 3D printing metal technologies for the creation of aircraft parts, engine parts, and complex structures, contributing significantly to the market growth.

Secondly, the medical and healthcare industry is witnessing a surge in the use of 3D printing metal for the production of customized implants, prosthetics, and medical devices. The precision and customization offered by metal additive manufacturing techniques enable the production of patient-specific implants, improving the overall effectiveness of medical treatments. This trend is expected to further drive the demand for 3D printing metal materials across the healthcare sector.

Furthermore, the automotive industry is playing a pivotal role in the growth of the 3D printing metal market. Automakers are increasingly leveraging metal additive manufacturing for prototyping, tooling, and even the production of critical components. The ability to reduce weight, optimize designs, and achieve intricate structures not feasible with traditional manufacturing methods positions 3D printing metal as a transformative technology in the automotive sector.

Additionally, ongoing advancements in 3D printing metal technology itself, including improvements in printing speed, material variety, and cost-effectiveness, are fueling market expansion. As research and development efforts continue to enhance the overall capabilities of 3D printing metal systems, industries across the board are finding new applications and efficiencies, further driving the adoption of this technology.

In a nutshell, the Persistence Market Research report is a must-read for start-ups, industry players, investors, researchers, consultants, business strategists, and all those who are looking to understand this industry. Get a glance at the report at:

Challenges in the 3D Printing Metal Market

While the market for 3D printing metal has seen noteworthy growth, it also faces considerable challenges. One of the major hurdles is the substantial cost that comes with 3D printing metal technologies. The initial setup for metal 3D printers involves a significant investment due to the high cost of metal powders used in the process. This makes the technology less accessible for small scale businesses or industries operating on a budget.

Besides cost, the intricate nature of the printing process is another area of concern. Operating a metal 3D printer requires a skilled hand who’s well-versed with the equipment. Due to a shortage of such professionals in the field, the overall growth of the industry is affected since fully incorporating 3D metal printing into manufacturing processes becomes a tough task.

Another barrier to the growth of the 3D printing metal market is material limitations. Although the range of metals suitable for 3D printing has broadened, printing certain materials with distinct properties remains a technical challenge. A smooth operation and consistent quality in large-scale manufacturing or printing of some high-performance alloys demands advanced technical skillsets. This is an area where immediate focus is needed for the technology to become more widespread in varied industrial applications.

There are persisting regulatory and standardization challenges in the 3D printing metal market. For the safety and reliability of 3D-printed metal components, particularly in sensitive sectors such as aerospace and healthcare, standardized processes and certifications are necessary as the technology progresses. The achievement of regulatory compliance and industry standard establishment are ongoing obstacles that must be tackled for broad acceptance and usage.

Merger and Acquisition in the Market:

In recent years, significant merger and acquisition (M&A) activities have been noted in the 3D printing metal market, indicating the industry’s dynamic characteristic and key players’ strategic efforts to consolidate their status. These actions align with an escalating demand for metal additive manufacturing in a range of sectors, encompassing aerospace, healthcare, and automotive.

Strategic acquisitions have been attempted by several leading players in the 3D printing metal market to enlarge their product range and enhance their technological capacities. Typical targets for these acquisitions are companies that specialize in specific metal alloys, cutting-edge printing technologies, or unique applications. For example, a leading 3D printing company may aim to acquire a specialized metal powder producer to amplify its material offerings or engage a company with expertise in high-precision printing technologies.

<p>M&A activities in the 3D printing metal market are often driven by the objective of establishing a global presence and targeting new markets. Firms strive to strengthen their distribution networks, connect with new customer demographics, and take advantage of opportune moments in regions experiencing an increase in demand for metal 3D printing technologies. These strategic acquisitions allow companies to expand their geographical presence and respond to the changing needs of various industries worldwide.</p>

<p>Furthermore, collaborations and mergers within the 3D printing metal industry frequently aim to streamline research and development activities. When companies consolidate their unique areas of expertise, they can expedite innovation, overcome technical difficulties, and stay ahead of technological progress. This cooperative strategy enables the industry to expand the horizons of what’s possible with 3D printing metals, leading to advances in material science, printing speed, and quality of components.</p>

<p><strong>Recent Innovations:</strong></p>

<p>The 3D printing metal market has been witnessing significant developments and breakthroughs that are transforming the additive manufacturing landscape. A pivotal innovation has been the diversification of materials suitable for metal 3D printing. Moving beyond conventional metals like titanium and stainless steel, researchers and corporations are delving into novel alloys and composite materials, enhancing the spectrum of industries using 3D-printed metal parts. These material advancements lead to increased strength, durability and even improved thermal and electrical conductivity, broadening possibilities for sectors such as aerospace, healthcare, and automotive.</p>

Significant advancements in the field of 3D printing metal are primarily attributed to the enhancement of printing technologies. Cutting-edge techniques like Directed Energy Deposition (DED) and Powder Bed Fusion (PBF) have shown improvements in terms of precision, speed, and scalability. DED is especially useful for repairing and producing large-scale metal parts, making it indispensable for sectors in need of complex, oversized metallic components. Concurrently, advances in PBF have facilitated quicker, higher resolution prints, broadening its scope of potential applications.

There has also been a discernable emphasis on bettering post-processing strategies for 3D metal prints of late. Innovations in post-processing play a significant role in ensuring smoother surface finishes, decreasing porosity, and enhancing the overall quality of printed parts. Additionally, these advancements are crucial to achieving the requisite mechanical characteristics, surface finishes, and dimensional accuracy of 3D printed metal components, thereby making them more suited for end-use applications.

Not to be overlooked is the emerging trend of incorporating artificial intelligence (AI) and machine learning (ML) into the 3D metal printing workflow. These technologies are being utilized to optimize the printing process, foresee possible flaws, and improve designs through sustained learning. Introducing AI and ML to 3D metal printing has proved to be beneficial in enhancing efficiency, minimizing material wastage and improving the overall consistency of the technology.

Notable Companies:

EOS GmbH: EOS is a prominent figure in the realm of industrial 3D printing, recognized for their Direct Metal Laser Sintering (DMLS) technology. Their metal 3D printing solutions serve a wide range of industries, including aerospace, healthcare and the automotive industry.

GE Additive (General Electric): As a subsidiary of industry giant General Electric, GE Additive holds a critical place in the additive manufacturing sector. They offer a variety of metal 3D printing solutions, such as the innovative Electron Beam Melting (EBM) technology.

Concept Laser GmbH (A GE Additive company): Concept Laser, recently acquired by GE Additive, is celebrated for their innovative LaserCUSING technology. This powder-bed fusion process allows for the precision 3D printing of metal parts.

Renishaw plc: Renishaw is a global force in the engineering and scientific technology field. They provide metal 3D printing solutions using their proprietary additive manufacturing technology. Their solutions are utilized in a range of industries such as aerospace, healthcare, and automotive.

SLM Solutions Group AG: Specializing in Selective Laser Melting (SLM) technology, SLM Solutions Group AG offers advanced metal 3D printing systems. Their machinery finds uses across various domains including but not limited to aerospace, energy, and automotive sectors.

Arcam AB (A GE Additive company): Under the significant wing of GE Additive, Arcam AB is known for innovations in Electron Beam Melting (EBM) technology. They have a central focus on delivering exceptional metal additive manufacturing solutions tailored for the aerospace and orthopedic implant sectors.

3D Systems Corporation: Making its mark in the 3D printing landscape, 3D Systems Corporation presents an array of additive manufacturing solutions. Among them, their technologies facilitating Direct Metal Printing (DMP) for a variety of applications are particularly notable.

Materialise NV: Materialise NV has a comprehensive repertoire earmarking its specialty in software solutions for additive manufacturing. Yet beyond that, they also proffer metal 3D printing services catering to an array of industries such as healthcare, aerospace, and automotive.

About Persistence Market Research:

Business intelligence is the foundation of every business model employed by Persistence Market Research. We use multiple, multi-dimensional sources including big data, customer experience analytics, and real-time data collection. Therefore, our strategic focus on smaller details (“micros”) aids companies in overcoming their larger (“macro”) business challenges.

Persistence Market Research is consistently future-oriented. To put it another way, we provide market solutions by anticipating our clients’ needs much before they’re aware of them themselves. The proactive approach of our experts allows companies/clients to gain crucial techno-commercial insights earlier, resulting in a simplified future decision-making process.


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