Choosing the right metal 3D printer manufacturer can feel overwhelming—so many companies promise cutting-edge machines, but how do you separate hype from real quality? Finding the best supplier isn’t just about price or fancy features. It’s about reliability, innovation, support, and precision—all essential for your business’s success. Imagine partnering with a top-tier factory: fewer headaches, superior parts, and faster results. Ready to discover who truly stands out? Read on for our expert guide to the leading metal 3D printer manufacturers.
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The Top Metal 3D Printer Manufacturers in 2025 – 3Dnatives
Product Details:
Various manufacturers offer metal 3D printers using Powder Bed Fusion (PBF), with notable companies including 3D4MEC (3D4STEEL and 3D4BRASS), 3D Systems (DMP range), Aconity3D (AconityONE, AconityMIDI, AconityMINI, AconityMICRO), AddUp (FormUp 350, FormUp 350 EVOLUTION), EOS (EOS M series), Bright Laser Technologies, Eplus3D, and Farsoon.
Technical Parameters:
– 3D4MEC: Specializes in steel and brass; 3D4STEEL (non-reactive steel powders,
– 3D Systems: Direct Metal Printing (DMP) using high-precision lasers; models
– Aconity3D: Modular LPBF systems; configurable laser systems (dual to quattro),
– AddUp: FormUp 350 (350 x 350 x 350mm build volume; stainless steel, nickel,
Application Scenarios:
– Industrial part production (customized systems for manufacturing requirements).
– Prototyping and pre-series production in steel and brass without molds (short
– Aerospace, medical field, electronics (including smartphone manufacturing) by
– High-volume, high-precision metal part production for aerospace, automotive,
Pros:
– Able to produce complex metal parts with high quality and customized features.
– Reduction of lead times and elimination of intermediate steps in the production
– Flexibility from modular and configurable systems (e.g., adaptable laser setups
– Suitability for industrial scale and specialty applications.
Cons:
– Limited details on disadvantages; possible complexity in equipment operation
– No direct mention of drawbacks for specific models or general metal 3D printing
20 Metal 3D Printer Manufacturers To Watch in 2022
Product Details:
The company offers a range of metal 3D printers using technologies such as Direct Metal Laser Sintering (DMLS), Selective Laser Melting (SLM), and Electron Beam Melting (EBM) for high-precision metal part fabrication. Their machines cater to industrial-grade applications and are capable of producing complex metal parts with fine detail and mechanical strength.
Technical Parameters:
– Build volumes typically up to 300 x 300 x 300 mm or more
– Layer thickness options in the range of 20-100 microns, depending on printer
– Supports various metal materials including titanium, aluminum, stainless steel,
– Laser power ranges from 200W to 1kW, depending on the model and metal used
Application Scenarios:
– Aerospace components manufacturing for lightweight, strong parts
– Medical and dental applications such as implants and prosthetics
– Automotive industry for prototyping and end-use metal parts
– Tooling and industrial production of complex or customized metal pieces
Pros:
– Ability to produce complex geometries not possible with traditional methods
– High material utilization and minimal waste
– Strong, functional metal parts suitable for end-use applications
– Short lead times compared to conventional manufacturing
Cons:
– High initial investment cost of equipment
– Requires technical expertise for operation and post-processing
– Limited to specific compatible metal powders
– Potentially high maintenance and operating costs
36 Metal 3D Printer Manufacturers in 2025 – Metoree
Metal 3D Printer – EOS GmbH
The 11 Biggest Metal 3D Printing Companies Revolutionizing … – IN3DTEC
Product Details:
IN3DTEC provides high-quality metal 3D printing services enabled by an online digital management system that generates instant quotes and offers delivery in as little as one day. Their services include printing of diverse metal parts meeting ISO standard quality assurance with global reach through a digital platform.
Technical Parameters:
– Over 300 pieces of 3D printing equipment
– Supports a range of metals and applications (no specific materials or printer
– All prints meet ISO standard quality assurance criteria
– Instant online quotes with digital management system
Application Scenarios:
– Medical implants and dental components
– Automotive gears and housings
– Oil & gas sector pipes and impellers
– Lattice structures for transportation and aerospace industries
Pros:
– Ultra-rapid production with delivery possible in as little as one day
– Wide array of industry applications supported
– Convenient online quote system for fast and transparent pricing
– Compliance with ISO quality standards
Cons:
– Limited detail on supported metal materials and printer specifications
– Exact technical parameters and size limits not specified
Desktop Metal. Define the future. Make it real. | Desktop Metal
Product Details:
Desktop Metal offers a suite of additive manufacturing (AM) solutions, including metal, polymer, ceramics, sand, and upcycled wood 3D printing systems. Their platforms range from high-speed, mass production metal printers to office-friendly prototyping and specialized healthcare and industrial applications. Key brands include Desktop Metal, Desktop Health, ETEC, ExOne, Figur, Forust, Adaptive3D, Aidro, and Aerosint.
Technical Parameters:
– High-speed mass production of metal parts (Production System™) for factory
– Binder jet 3D printing with Triple ACT for high surface quality and specialty
– Batch production of fully dense, customer-ready metal parts (Shop System™).
– Vacuum furnace for combined debinding and sintering (PureSinter™ Furnace).
Application Scenarios:
– Industrial mass production of metal, ceramic, and polymer components.
– Healthcare and dental applications through biofabrication and digital dentistry.
– 3D printing of sand molds and cores for foundries and tooling applications.
– Upcycled wood part production for sustainable manufacturing.
Pros:
– Wide material compatibility, including metals, polymers, ceramics, sand, and
– Enables both mass production and office-friendly prototyping.
– Innovative processes such as binder jetting, multi-material powder recoating,
– Sustainability through upcycling wood byproducts and efficient additive
Cons:
– No explicit disadvantages listed; potential complexity due to diversity of
– May require integration of multiple proprietary systems for a full production
Top 10 Metal 3D Printing Companies in 2024 by Revenue
Product Details:
The companies listed offer metal 3D printing technologies, primarily hardware (metal 3D printers), along with materials and services for additive manufacturing. Craftcloud by All3DP is featured as a streamlined 3D printing service offering competitive pricing.
Technical Parameters:
– Metal 3D printing hardware forms the primary product segment.
– Materials segment experienced 35.6% growth in 2024.
– Market size of $4.7B in 2024 projected to grow to $60B by 2034 (includes
Application Scenarios:
– Manufacturing of quality metal parts through 3D printing.
– Prototyping and production across industrial sectors requiring metal components.
Pros:
– Competitive pricing for 3D printed parts (Craftcloud service).
– Streamlined order and delivery process for 3D printed metal parts.
– Strong growth in hardware and materials indicates ongoing innovation and
Cons:
– Market dominance by hardware may limit material and service differentiation.
– List composition changes may indicate volatility or rapid shifts in technology
Large Scale Metal 3D Printing | AML3D
Product Details:
ARCEMY® is AML3D’s large-scale, open-air, metal 3D printer based on patented Wire Additive Manufacturing (WAM®) technology. It works with WAMSoft® and AMLSoft™ software for precise control and production of high-strength metal parts using a wide range of metal alloys and wire feedstock.
Technical Parameters:
– Patented Wire Additive Manufacturing (WAM®) technology based on Direct Energy
– Uses certified welding wire as feedstock and an electric arc; capable of
– No need for enclosed chambers; build size is not limited by chamber constraints.
– Process parameters adjustable: welding current, travel speed, interpass
Application Scenarios:
– Large-scale and exotic material part production in aerospace, maritime, and
– On-demand, near-to-demand manufacturing at facilities or client sites such as
– Rapid prototyping to production workflows, including proof-of-concept with
– Replacement part manufacturing and supply chain integration (e.g., US Navy, BAE
Pros:
– Produces high-strength parts with improved material properties (yield, tensile
– Significantly faster production cycles with reduced downtime, enabling digital,
– More sustainable and environmentally friendly: up to 80% reduction in material
– Supports a versatile range of metals and alloys; can be integrated with
Cons:
– May require careful management of process parameters (e.g., gas mixtures,
– Lack of enclosed chamber means possible sensitivity to ambient environmental
– As an emerging technology, initial setup and operator training may be more
Home – Velo3D | Leading Provider of Metal 3D Printing Solutions
Product Details:
Velo3D provides advanced metal 3D printing solutions, including the Sapphire and Sapphire XC metal additive manufacturing systems, leveraging patented laser powder bed fusion technology, enterprise-ready software, and comprehensive engineering services. The ecosystem supports the full manufacturing workflow from design to large-scale production of complex, mission-critical parts.
Technical Parameters:
– Patented Laser Powder Bed Fusion (LPBF) process.
– Supports large-format printing without compromising precision.
– Extensive range of qualified metal alloys for material flexibility.
– Enterprise software enables seamless workflow from design to print.
Application Scenarios:
– Production of complex components in aerospace, including reusable rocket parts.
– Manufacturing of mission-critical parts for defense applications.
– Rapid production of parts for the energy sector.
– Consolidating multiple parts (80+) into a single, continuous metal print.
Pros:
– Ability to print complex geometries that other systems cannot produce.
– Consistent, repeatable high-quality results from prototype to production.
– Shorter lead times and accelerated design-to-production workflows.
– Scalable and integrated hardware, software, and services ecosystem.
Cons:
– No explicit mention of costs or affordability; potentially high investment
– Details on system limitations, environmental requirements, or operator
Best Industrial Metal and Plastic 3D Printers I 3D Systems
Product Details:
3D Systems offers a range of industrial and professional 3D printers using various technologies such as SLA (stereolithography), SLS (selective laser sintering), Figure 4, DMP (Direct Metal Printing), and MJP (MultiJet Printing) for applications including prototyping, direct production, and manufacturing.
Technical Parameters:
– Technologies supported: SLA, SLS, Figure 4, MJP, DMP
– Materials supported: plastics, elastomers, composites, metals
– Build volumes: from small prototyping platforms to large-format production
– Precision and resolution suitable for end-use parts and detailed prototypes
Application Scenarios:
– Rapid prototyping for design validation
– Production of end-use parts and components
– Manufacturing functional prototypes and tooling
– Healthcare and dental applications
Pros:
– Wide technology portfolio suitable for various industries
– High accuracy and detailed print quality
– Compatibility with a broad range of advanced materials
– Solutions tailored for both prototyping and direct manufacturing
Cons:
– Industrial-grade printers may involve high upfront costs
– Complexity of technology may require specialized training for optimal use
Comparison Table
| Company | Product Details | Pros | Cons | Website |
|---|---|---|---|---|
| The Top Metal 3D Printer Manufacturers in 2025 – 3Dnatives | Various manufacturers offer metal 3D printers using Powder Bed Fusion (PBF), | Able to produce complex metal parts with high quality and customized features | Limited details on disadvantages; possible complexity in equipment operation | www.3dnatives.com |
| 20 Metal 3D Printer Manufacturers To Watch in 2022 | The company offers a range of metal 3D printers using technologies such as | Ability to produce complex geometries not possible with traditional | High initial investment cost of equipment Requires technical expertise for | www.3dsourced.com |
| 36 Metal 3D Printer Manufacturers in 2025 – Metoree | us.metoree.com | |||
| Metal 3D Printer – EOS GmbH | www.eos.info | |||
| The 11 Biggest Metal 3D Printing Companies Revolutionizing … – IN3DTEC | IN3DTEC provides high-quality metal 3D printing services enabled by an online | Ultra-rapid production with delivery possible in as little as one day Wide | Limited detail on supported metal materials and printer specifications Exact | www.in3dtec.com |
| Desktop Metal. Define the future. Make it real. | Desktop Metal | Desktop Metal offers a suite of additive manufacturing (AM) solutions, | Wide material compatibility, including metals, polymers, ceramics, sand, and | No explicit disadvantages listed; potential complexity due to diversity of |
| Top 10 Metal 3D Printing Companies in 2024 by Revenue | The companies listed offer metal 3D printing technologies, primarily hardware | Competitive pricing for 3D printed parts (Craftcloud service). Streamlined | Market dominance by hardware may limit material and service differentiation | all3dp.com |
| Large Scale Metal 3D Printing | AML3D | ARCEMY® is AML3D’s large-scale, open-air, metal 3D printer based on patented | Produces high-strength parts with improved material properties (yield, tensile | May require careful management of process parameters (e.g., gas mixtures, |
| Home – Velo3D | Leading Provider of Metal 3D Printing Solutions | Velo3D provides advanced metal 3D printing solutions, including the Sapphire | Ability to print complex geometries that other systems cannot produce | No explicit mention of costs or affordability; potentially high investment |
| Best Industrial Metal and Plastic 3D Printers I 3D Systems | 3D Systems offers a range of industrial and professional 3D printers using | Wide technology portfolio suitable for various industries High accuracy and | Industrial-grade printers may involve high upfront costs Complexity of | www.3dsystems.com |
Frequently Asked Questions (FAQs)
What factors should I consider when choosing a metal 3D printer manufacturer?
Look at the company’s reputation, years of experience, technology offered, certifications, and after-sales support. Also, check if their printers meet your specific material, size, and precision requirements, and compare pricing and warranty terms.
How can I verify the quality of a manufacturer or factory?
Request references, customer reviews, and case studies from previous clients. Ask to see samples or visit the manufacturing site if possible. Certifications like ISO help indicate good quality management practices.
What questions should I ask potential metal 3D printer suppliers?
Ask about machine specifications, supported materials, maintenance needs, training options, lead times, support services, and upgrade capabilities to ensure their offering fits your long-term needs.
Is it better to buy directly from a manufacturer or go through a distributor?
Buying directly may get you better pricing and factory support, but distributors can provide local service, quicker response times, and easier communication. Choose based on your support needs and location.
How can I ensure ongoing technical support after purchase?
Before purchasing, clarify warranty terms and available technical support options. Check if the manufacturer offers remote assistance, spare parts, training, regular software updates, and prompt troubleshooting services.