The Global Industrial 3D Printing Materials Market was valued at USD 1.685 Billion in 2023 and is projected to reach USD 6.66090 Billion by 2032, growing at a Compound Annual Growth Rate (CAGR) of 16.50% during the forecast period (2023–2032). This growth is being driven by rapid advancements in additive manufacturing technologies, surging demand for lightweight and customized components in automotive and aerospace industries, and the increasing emphasis on sustainable, recyclable materials to meet environmental regulations.
As the manufacturing landscape evolves with digital fabrication, rapid prototyping, and on-demand production, attention turns to the material providers fueling this revolution. These companies are innovating with high-performance polymers, advanced metal powders, and specialized ceramics that enable complex designs impossible with traditional methods. In this blog, we profile the Top 10 Companies in the Industrial 3D Printing Materials Market—a blend of established chemical giants, specialized powder manufacturers, and additive manufacturing pioneers who are redefining industrial possibilities.
🔟 1. Höganäs AB
Headquarters: Höganäs, Sweden
Key Offering: Metal powders for binder jetting and metal injection molding, including stainless steel, tool steel, and bronze alloys
Höganäs AB stands as a global leader in fine metal powders tailored for industrial 3D printing applications. With decades of expertise in powder metallurgy, the company supplies materials that ensure high density, precision, and mechanical strength in printed parts. Their products are widely used in automotive components, medical implants, and tooling, where durability and repeatability are critical. Höganäs continues to expand its portfolio by developing powders optimized for faster printing speeds and reduced post-processing, helping manufacturers cut production times significantly.
Because of their focus on sustainable sourcing, Höganäs integrates recycled metals into their supply chain, reducing environmental impact without compromising quality. Furthermore, they collaborate closely with printer manufacturers to certify materials for specific systems, ensuring seamless integration.
Innovation Initiatives:
- Development of low-alloy steels for high-strength 3D printed gears and structural parts
- Partnerships with OEMs to customize powder compositions for aerospace-grade components
- Investment in powder recycling technologies to minimize waste in industrial printing operations
Download FREE Sample Report: Industrial 3D Printing Materials Market – View in Detailed Research Report
9️⃣ 2. Sandvik AB
Headquarters: Sandviken, Sweden
Key Offering: Metal powders and filaments for powder bed fusion, including cobalt-chrome, titanium, and nickel-based superalloys
Sandvik, through its Sandvik Additive Manufacturing division, excels in providing premium metal materials for demanding industrial 3D printing environments. The company’s powders are engineered for exceptional flowability and uniformity, which are essential for achieving intricate geometries in laser powder bed fusion processes. Serving sectors like energy, mining, and defense, Sandvik’s materials support the creation of heat-resistant parts and wear-resistant tools that withstand extreme conditions. Their commitment to quality control, including gas-atomized production methods, ensures batch-to-batch consistency that builds trust among high-stakes users.
However, what sets Sandvik apart is their end-to-end approach, offering not just materials but also design guidelines and simulation software to optimize prints. This holistic support helps clients navigate the complexities of scaling 3D printing from prototypes to full production runs.
Innovation Initiatives:
- Launch of Osprey metal powders with enhanced sphericity for improved laser absorption
- Collaborations with universities to advance materials for hydrogen fuel cell components
- Sustainable production practices, including energy-efficient atomization processes
8️⃣ 3. Materialise NV
Headquarters: Leuven, Belgium
Key Offering: Software-integrated materials for multi-material printing, focusing on polymers and bio-compatible resins
Materialise is renowned for bridging software and materials in the 3D printing ecosystem, providing optimized filaments and resins that work seamlessly with their Magics and Buildware platforms. Their materials cater to healthcare and consumer goods, enabling personalized prosthetics and custom packaging. By emphasizing biocompatibility and flexibility, Materialise’s offerings allow for the production of soft, skin-like structures in medical applications. The company’s global reach ensures availability across Europe and North America, with a strong emphasis on regulatory compliance for industrial use.
In addition, Materialise invests in R&D to develop hybrid materials that combine rigidity with elasticity, addressing challenges in multi-part assemblies. This innovation is particularly valuable in automotive interiors, where comfort and strength must coexist.
Innovation Initiatives:
- Integration of AI-driven material selection in their software suite
- Expansion into ceramic-infused polymers for high-temperature applications
- Certifications for medical-grade materials used in surgical guides and implants
7️⃣ 4. EOS GmbH Electro Optical Systems
Headquarters: Krailling, Germany
Key Offering: PA polymers, metal powders like aluminum and Inconel for direct metal laser sintering (DMLS)
EOS leads in industrial polymer and metal materials for laser sintering, powering applications in aerospace and tooling. Their PA 12 and PA 11 powders deliver outstanding mechanical properties and surface finish, making them ideal for functional prototypes and end-use parts. EOS’s materials are designed for high-volume production, with formulations that minimize warping and enhance interlayer bonding. Operating from a strong European base, they supply to a network of certified service providers worldwide, ensuring reliability in supply chains.
The company’s approach to material development involves rigorous testing for thermal stability, which is crucial for parts exposed to operational stresses. Moreover, EOS promotes open material ecosystems, allowing third-party innovations to complement their core offerings.
Innovation Initiatives:
- Introduction of flame-retardant polymers for aviation interiors
- High-performance metal alloys for turbine blade repairs
- Recyclable material systems to support circular economy principles in manufacturing
Download FREE Sample Report: Industrial 3D Printing Materials Market – View in Detailed Research Report
6️⃣ 5. General Electric (GE Additive)
Headquarters: Boston, Massachusetts, USA
Key Offering: Nickel alloys, titanium powders, and cobalt-chrome for aerospace and energy applications
GE Additive, part of General Electric, specializes in engineering-grade metal powders that meet the stringent requirements of aviation and power generation. Their materials, such as Arcam EBM-compatible titanium, enable the production of lightweight lattice structures that reduce aircraft weight by up to 40%. With in-house printing capabilities, GE validates materials through real-world testing, providing customers with proven performance data. This vertical integration accelerates adoption in regulated industries where safety is paramount.
Furthermore, GE’s focus on digital twins and material informatics allows for predictive modeling of print outcomes, minimizing trial-and-error in development. Their contributions to supply chain resilience, especially post-pandemic, have solidified their position in North American markets.
Innovation Initiatives:
- Development of LEAP engine components using proprietary metal blends
- Collaborations with NASA for space-qualified materials
- Sustainable alloy formulations derived from recycled aerospace scrap
5️⃣ 6. Stratasys Ltd.
Headquarters: Rehovot, Israel (with major operations in Minneapolis, Minnesota, USA)
Key Offering: FDM filaments including ABS, nylon, and ULTEM for production-grade parts
Stratasys dominates the polymer materials space for fused deposition modeling (FDM), offering a wide array of engineering-grade filaments that support everything from concept models to flight-ready components. Their ULTEM resins provide high heat resistance and chemical stability, essential for automotive under-the-hood parts and electronics housings. Stratasys’s materials ecosystem includes composites reinforced with carbon fiber, boosting tensile strength for structural applications. With a global distribution network, they cater to diverse industries, emphasizing ease of use and compatibility with their FDM printers.
What makes Stratasys stand out is their emphasis on material traceability and certification, which reassures clients in quality-sensitive fields. As demand for localized production grows, their scalable material solutions help manufacturers reduce lead times dramatically.
Innovation Initiatives:
- Bio-based filaments from renewable sources for eco-friendly printing
- High-impact composites for defense and consumer product prototyping
- Software tools for material optimization in large-format printing
4️⃣ 7. ExOne Company
Headquarters: North Huntingdon, Pennsylvania, USA
Key Offering: Sand and metal powders for binder jetting, including silica for molds and stainless steels
ExOne pioneered binder jetting materials, specializing in sand for casting molds and metals for direct part production. Their InnovisTech metal powders enable cost-effective printing of complex geometries, ideal for tooling in the automotive sector. By leveraging sand printing, ExOne reduces waste in foundry operations, aligning with lean manufacturing principles. Their U.S.-based innovation center drives continuous improvements in powder particle size distribution for finer resolutions.
However, the real value lies in their ability to customize binders and powders for specific thermal properties, allowing for intricate cooling channels in engine blocks. This customization fosters long-term partnerships with heavy industry players seeking efficiency gains.
Innovation Initiatives:
- Hybrid metal-sand systems for integrated casting and machining
- Expansion into ceramic binders for high-precision electronics
- Water-soluble support materials to streamline post-processing
3️⃣ 8. Royal DSM NV
Headquarters: Heerlen, Netherlands
Key Offering: High-performance engineering plastics like nylon and PEEK for SLS and MJF printing
Royal DSM brings chemical expertise to 3D printing with advanced polymers that offer superior chemical resistance and mechanical performance. Their Arnitel TPC for flexible parts and Stanyl PA46 for rigid applications serve healthcare and consumer goods, enabling antimicrobial medical devices and durable sporting equipment. DSM’s focus on circular materials includes recyclable polyamides that maintain properties after multiple print cycles, promoting sustainability in high-volume production.
In practice, DSM’s materials excel in environments requiring hygiene and longevity, such as hospital tools. Their R&D investments in bio-derived polymers address the growing need for non-petroleum-based options, helping companies meet ESG goals.
Innovation Initiatives:
- Food-contact safe resins for consumer product packaging
- Flame-retardant nylons compliant with aviation standards
- Collaborative platforms for co-developing custom material formulations
Download FREE Sample Report: Industrial 3D Printing Materials Market – View in Detailed Research Report
2️⃣ 9. Arkema S.A.
Headquarters: Colombes, France
Key Offering: Specialty polymers, photopolymers, and composites for SLA, DLP, and FDM technologies
Arkema delivers versatile materials like Kepstan PEKK for high-temperature applications in aerospace and oil & gas. Their photopolymers provide excellent resolution for detailed prototypes, while composites enhance impact resistance in consumer goods. With a strong European footprint, Arkema ensures regulatory compliance for construction and electronics uses, such as lightweight panels and circuit housings. Their materials’ low shrinkage rates contribute to precise fits in assembly lines.
Arkema’s strength in chemistry allows for tailored properties, like UV resistance for outdoor parts. As industries push for faster iteration, their quick-curing resins reduce downtime, making them a preferred choice for agile manufacturers.
Innovation Initiatives:
- PEEK-based filaments for implantable medical devices
- Sustainable acrylics from bio-monomers
- Integration with robotic printing for large-scale construction elements
1️⃣ 10. 3D Systems Corporation
Headquarters: Rock Hill, South Carolina, USA
Key Offering: Comprehensive range including Figure 4 resins, VersaJet multi-material plastics, and metal powders
3D Systems tops the list as a full-spectrum provider of 3D printing materials, from photopolymers for high-resolution medical models to metals for industrial tooling. Their Figure 4 platform supports production-grade parts with batch consistency, serving automotive and healthcare with volumes exceeding thousands of units daily. 3D Systems’ materials are validated across SLA, SLS, and DMP processes, offering versatility that spans prototypes to end-use products. Their U.S. innovation hubs accelerate material deployment for North American clients.
By prioritizing biocompatibility and strength, 3D Systems enables breakthroughs like custom orthotics and turbine repairs. Their ecosystem approach, including software for material management, streamlines workflows for enterprise users seeking scalability.
Innovation Initiatives:
- Multi-material capability for hybrid part printing
- Advanced ceramics for dental and electronics applications
- Global sustainability programs focusing on low-VOC emissions
Read Full Report: Industrial 3D Printing Materials Market – View in Detailed Research Report
🌍 Outlook: The Future of Industrial 3D Printing Materials Is Advanced and Sustainable
The industrial 3D printing materials market is experiencing transformative growth. While polymers currently hold the largest share due to cost-effectiveness, metals and ceramics are gaining traction for their superior properties in high-performance applications. Investments in R&D are pouring into bio-based and recycled options, driven by global sustainability mandates and the need for lighter, stronger components in electric vehicles and renewable energy systems.
📈 Key Trends Shaping the Market:
- Expansion of metal powder capacity in Asia-Pacific to support automotive electrification
- Regulatory incentives for sustainable materials in Europe, targeting 30% bio-content by 2030
- Integration of AI for material discovery and predictive performance modeling
- Strategic alliances between material suppliers and printer OEMs for certified ecosystems
Market Trends Affecting Industrial 3D Printing Materials
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Shift towards hybrid materials — Combining metals with polymers for multi-functional parts simplifies assembly and reduces weight, as seen in recent aerospace designs from companies like GE.
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Rise of sustainable feedstocks — Bio-derived resins and recycled powders are addressing environmental concerns, with DSM leading transitions compliant with EU Green Deal standards.
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Customization for end-use applications — Tailored formulations for healthcare biocompatibility are accelerating adoption, exemplified by Stratasys’s medical-grade filaments.
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Scalability in powder production — Improved atomization techniques lower costs for mass customization in consumer goods, driven by EOS and Sandvik innovations.
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Digital material libraries — Cloud-based platforms for virtual testing, as developed by Materialise, enable faster iteration and reduced physical prototyping.
Read Full Report: Industrial 3D Printing Materials Market – View in Detailed Research Report
The companies listed above are not only supplying essential materials for 3D printing—they’re spearheading the digital and sustainable transformation of global manufacturing.