Struggling to find the right partner for your next metal 3D printing project? With so many factories claiming to be the best, making a confident choice can feel overwhelming—and no one wants to risk costly delays or disappointing quality. Finding a trusted metal additive manufacturing service isn’t just about price; it’s your shortcut to precision, speed, and peace of mind. Imagine launching your project with a reliable team that delivers exactly what you need—first time, every time.
Ready to discover which factories are truly worth your investment? Let’s dive in!
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Additive Manufacturing Services | 3D Printing Solutions
Home – Additive Metal Services LLC
Product Details:
AMS provides high-quality debind and sinter services for powder metal printed parts, utilizing a vacuum sintering furnace to achieve full density and optimal metallurgy for customers in the Metal Injection Molding (MIM) and additive manufacturing industries.
Technical Parameters:
– Vacuum sintering furnace validated to better than +/- 2°C accuracy
– Processes compatible with FFF (Fused Filament Fabrication) and Binder Jet
– Density and digital microscopy image verification capabilities
– Over 20 years experience in Metal Injection Molding
Application Scenarios:
– Post-processing of powder metal printed parts for additive manufacturing
– Debind and sinter services for companies without in-house capabilities
– Quality assurance and verification of metallurgical properties in sintered parts
Pros:
– Very low part-to-part variation and high repeatability
– Excellent dimensional consistency and material properties
– Density and metallurgical quality verification available
– Consulting and bridging services for companies transitioning to in-house
Cons:
– Requires customers to supply their own printed parts
– Specializes specifically in post-processing (does not offer full additive
Metal Additive Manufacturing Services
Product Details:
Wipro 3D provides end-to-end metal additive manufacturing services, including additive consulting, design and engineering, prototyping, production, and captive centre setup for clients across various industries. The service suite covers concept-to-production of high-precision, durable metal components using advanced 3D printing technology backed by a strict quality framework.
Technical Parameters:
– Capability to produce prototypes as well as series production runs
– Over 50,000 parts produced for 320+ customers in 10+ industry sectors
– Flight Certified (15+) and Production Certified (25+) components
– Data-driven process integration with client systems
Application Scenarios:
– Aerospace: Engine components, lightweight structures, critical certified parts
– Defence: Missiles, fighter jet components, custom equipment, drones, weapons,
– Healthcare: Low-volume, high-precision medical and surgical parts
– Industrial, Oil & Gas, Nuclear, Automotive: Engineering parts, turbine blades,
Pros:
– Highly precise, durable, and complex metal component manufacturing
– Customizable, end-to-end solutions tailored to unique project requirements
– Accelerates product development with rapid prototyping and iteration
– Seamless integration into existing client workflows, minimizing risk and
Cons:
– Limited mention of technical constraints or limitations of metal additive
– No detailed disclosure of maximum part size, material range, or tolerance levels
– Potential need for clients to establish in-house capabilities (captive centres)
Metal Additive Manufacturing – Fathom
Product Details:
Fathom offers metal additive manufacturing services using Direct Metal Laser Sintering (DMLS) technology for producing complex metal parts. They provide support for prototyping, bridge production, and short- to medium-volume production runs, with a focus on optimizing part designs for manufacturability.
Technical Parameters:
– Utilizes Direct Metal Laser Sintering (DMLS) technology
– Laser melts 20- to 60-micron layers of metal powder per pass
– Production typically completed in 5 days or less
– Parts produced have mechanical characteristics similar to cast metal
Application Scenarios:
– Prototyping complex metal parts
– Bridge production and short- to medium-volume production runs
– Manufacturing of parts with intricate internal features or channels
Pros:
– Does not require custom steel tooling or fixtures, reducing cost and lead time
– High-quality metal parts are produced with mechanical properties like cast parts
– Can quickly produce parts (usually within 5 days)
– Enables designs not possible with traditional casting or CNC machining due to
Cons:
– Not ideal for high-volume production compared to traditional casting
– May have unknown limitations compared to mass-production techniques
Additive Manufacturing Services | 3D Print Metal Parts – Sciaky
Product Details:
Sciaky offers contract additive manufacturing services using its Electron Beam Additive Manufacturing (EBAM®) technology for producing critical metal parts and prototypes. Services are delivered from Sciaky’s 3D Printing Facility and involve end-to-end support from engineering design review to final part manufacturing.
Technical Parameters:
– Can manufacture parts using titanium, tantalum, Inconel, and other
– EBAM® process was initially launched in 2009; the facility leverages advanced,
– Utilizes 3D CAD models for part requirement reviews and providing manufacturing
Application Scenarios:
– Production of critical metal parts and prototypes for industries facing
– Manufacturing parts that are expensive or difficult to acquire due to raw
– Repair or remanufacturing of damaged or obsolete metal parts
Pros:
– Significantly reduced material costs and minimal material waste compared to
– Dramatically shorter lead times for prototypes, production parts, and
– Drastically reduced machining times—up to 80% reduction
– Access to knowledgeable engineers and advanced EBAM systems
Metal Additive Manufacturing Services | Oerlikon
Product Details:
Oerlikon offers advanced additive manufacturing (AM) solutions, including metal powders, integrated end-to-end manufacturing services, production equipment, and engineering expertise for industrial 3D printing applications.
Technical Parameters:
– Wide range of AM metal powder materials (e.g., titanium, nickel, stainless
– Material properties optimization for powder size distribution, flowability, and
– Support for multiple 3D printing technologies such as powder bed fusion and
– Quality assurance processes including powder characterization and part
Application Scenarios:
– Aerospace part production for lightweight and complex geometries
– Medical implants and devices requiring high customization
– Automotive component prototyping and production
– Tooling and industrial equipment manufacturing
Pros:
– Comprehensive AM solution from powder production to finished part
– Expert engineering support for design and process optimization
– High-quality materials with consistent performance
– Capability to produce complex and lightweight structures
Cons:
– Additive manufacturing may have higher initial investment costs compared to
– Process suitability can be limited by material selection and part size
Metal Additive Manufacturing Services | AnyShape
Product Details:
AnyShape provides metal additive manufacturing services, specializing in advanced Direct Metal Laser Sintering (DMLS) technology for producing complex, high-quality metal parts for various industries.
Technical Parameters:
– Utilizes Direct Metal Laser Sintering (DMLS) technology
– High-powered lasers fuse fine metal powders to create parts
– Supports a range of metal materials (details available separately)
– Capability for rapid prototyping and serialised production
Application Scenarios:
– Aerospace component manufacturing
– Automotive parts production
– Medical device prototyping and manufacturing
– Industrial energy and power sector components
Pros:
– Enables production of complex geometries not possible with traditional
– Reduces lead times through rapid prototyping
– Suitable for both prototyping and serialised production
– Supports a variety of metals for diverse engineering requirements
Cons:
– May require post-processing or additional treatment steps
– Potentially higher unit cost for low-volume production compared to traditional
Metal 3D Printing Service | Metal Additive Manufacturing at 3DEO
Product Details:
3DEO offers proprietary metal 3D printing services for designing, prototyping, and mass production of small, complex metal parts using its patented Intelligent Layering® technology. The service includes design for additive manufacturing, seamless transition from prototype to high volume, and on-demand production of metal components.
Technical Parameters:
– Proprietary Intelligent Layering® 3D metal printing technology
– Capable of producing high-volume small metal parts with superior surfaces and
– Zero-waste manufacturing process
– Supports seamless transition from prototyping to scalable production
Application Scenarios:
– Medical device components
– Aerospace parts
– Industrial equipment and machinery parts
– Consumer products, automotive, and semiconductor components
Pros:
– Fast turnaround and speed to market
– Reduced operating and production costs
– High design flexibility enabling creation of complex geometries
– Dedicated partnership and support throughout the product lifecycle
Cons:
– Limited to small metal parts and components
– No explicit mention of available alloys or part size limitations
Metal Additive Manufacturing Services – Southwest Research Institute
Product Details:
Southwest Research Institute (SwRI) provides metal additive manufacturing (AM) services focused on applied R&D, including prototype development, evaluation of AM builds, and development of new materials and processes, with specialized capabilities in selective laser melting and shape memory alloy research. Their services assist industry and academia in solving complex technical challenges in metal AM and support a variety of industries through the MAKERS initiative and aerospace solutions.
Technical Parameters:
– Selective Laser Melting (SLM) process using fine metallic powders and
– Post-build treatments, non-destructive evaluation (NDE) methods, porosity and
– Custom powder manufacturing, modeling of the additive build process, bonding of
– Simulation software for component design and ceramic-to-metal bonding
Application Scenarios:
– Downhole oil and gas equipment
– Automotive parts including advanced cooling jackets
– Aerospace and space components such as small turbines for UAVs and spacecraft
– Biomedical device manufacturing
– Power generation components
– Support for aging military aircraft with rapid one-off replacement part
Pros:
– Enables production of complex geometries not feasible or cost-effective with
– Rapid prototyping and on-demand manufacturing for hard-to-source or obsolete
– Facilitates materials and process innovations, including new alloys and bonding
– Comprehensive in-house R&D expertise, from design to testing, with a focus on
Cons:
– Metal additive manufacturing faces technical challenges affecting design and
– Requires thorough evaluation and qualification of builds to ensure surface
– Potentially higher initial costs and complexity associated with developing new
Metal Additive Manufacturing Consulting | Hummingbird Additive
Product Details:
Hummingbird Additive offers team training and consulting services to help businesses implement and optimize 3D printing (Additive Manufacturing) technology, from initial education to pilot production runs. Training options are flat-fee based, tailored for different experience levels, and include packages like Pick 4 Training™, Training + Working Session, and 3D in 3Days™.
Technical Parameters:
– Flat-fee training options for organizations and teams
– Hands-on sessions (Training + Working Session) for immediate application and
– Distilled or in-depth training formats to fit varying schedules (Pick 4
– Support for both new adopters and experienced users covering business and
Application Scenarios:
– Organizations seeking to integrate additive manufacturing into production
– Businesses needing workforce upskilling or rapid team onboarding in 3D printing
– Companies evaluating the feasibility and business case for 3D printing
– Firms aiming to improve outcomes from existing additive manufacturing operations
Pros:
– Accelerated learning curve with expert-led training and real-time feedback
– Customized programs for various experience levels and business needs
– Support through the entire 3D printing adoption journey (from education to
– Training designed to reduce time-to-market and avoid costly errors
Cons:
– Specific technical details about hardware, materials, or process capabilities
– May not be suitable for businesses seeking ready-made 3D printed products
– Effectiveness depends on client engagement and commitment to training
Comparison Table
| Company | Product Details | Pros | Cons | Website |
|---|---|---|---|---|
| Additive Manufacturing Services | 3D Printing Solutions | |||
| Home – Additive Metal Services LLC | AMS provides high-quality debind and sinter services for powder metal printed | Very low part-to-part variation and high repeatability Excellent dimensional | Requires customers to supply their own printed parts Specializes specifically | ams3dmetal.com |
| Metal Additive Manufacturing Services | Wipro 3D provides end-to-end metal additive manufacturing services, including | Highly precise, durable, and complex metal component manufacturing Customizable | Limited mention of technical constraints or limitations of metal additive | additive.wipro-3d.com |
| Metal Additive Manufacturing – Fathom | Fathom offers metal additive manufacturing services using Direct Metal Laser | Does not require custom steel tooling or fixtures, reducing cost and lead | Not ideal for high-volume production compared to traditional casting May have | fathommfg.com |
| Additive Manufacturing Services | 3D Print Metal Parts – Sciaky | Sciaky offers contract additive manufacturing services using its Electron Beam | Significantly reduced material costs and minimal material waste compared to | |
| Metal Additive Manufacturing Services | Oerlikon | Oerlikon offers advanced additive manufacturing (AM) solutions, including metal | Comprehensive AM solution from powder production to finished part Expert | Additive manufacturing may have higher initial investment costs compared to |
| Metal Additive Manufacturing Services | AnyShape | AnyShape provides metal additive manufacturing services, specializing in | Enables production of complex geometries not possible with traditional | May require post-processing or additional treatment steps Potentially higher |
| Metal 3D Printing Service | Metal Additive Manufacturing at 3DEO | 3DEO offers proprietary metal 3D printing services for designing, prototyping, | Fast turnaround and speed to market Reduced operating and production costs High | Limited to small metal parts and components No explicit mention of available |
| Metal Additive Manufacturing Services – Southwest Research Institute | Southwest Research Institute (SwRI) provides metal additive manufacturing (AM) | Enables production of complex geometries not feasible or cost-effective with | Metal additive manufacturing faces technical challenges affecting design and | www.swri.org |
| Metal Additive Manufacturing Consulting | Hummingbird Additive | Hummingbird Additive offers team training and consulting services to help | Accelerated learning curve with expert-led training and real-time | Specific technical details about hardware, materials, or process capabilities |
Frequently Asked Questions (FAQs)
What should I look for when choosing a metal additive manufacturing service?
Look for experience with your required metal, a quality certification (like ISO 9001), advanced equipment, and proven project samples. Good communication, design support, and fast turnaround times are also important.
How do I know if a factory can meet my specific material needs?
Ask for a list of materials they process and request certificates or material data sheets. A reliable manufacturer will be transparent about their capabilities and may suggest alternatives if needed.
Can I request prototypes before full-scale production?
Yes, most reputable manufacturers offer prototyping services. This lets you test design, fit, and function before committing to larger orders—helping avoid costly mistakes.
What information should I provide for an accurate quote?
Share your CAD files, preferred material, tolerance requirements, desired surface finish, and expected order volume. The more details you give, the more accurate your quotation will be.
How can I check the quality standards of a potential manufacturer?
Ask about their certifications (like ISO or AS9100), inspection processes, and quality control procedures. Many manufacturers will share past case studies, quality policy documents, or allow facility tours for complete confidence.