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Delivering world-class additive machines and materials

As a leading user of additive technologies, we offer years of experience and a commitment to accelerating additive’s adoption around the globe. That’s why we now supply innovative machines, materials and engineering consulting services to industries ranging from power and medical to aerospace and automotive.

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Selling machines with unlimited growth potential

Featuring some of the most advanced additive technologies available, our machines enable customers to grow products quickly and precisely. And since they’re capable of achieving high levels of accuracy, even on intricate shapes and geometries, our machines open up new design possibilities across a multitude of applications.

Electron Beam Melting (EBM) machines

Our EBM machines create dimensionally accurate parts quickly and efficiently by utilizing a high-power electron beam for high melting capacity and productivity. The Arcam EBM process takes place in vacuum and at high temperature, resulting in stress-relieved components with material properties better than cast and comparable to wrought material.

Learn more about our EBM Machines

Direct Metal Laser Melting (DMLM)

Our DMLM metal machines use lasers to melt layers of fine metal powder and create complex geometries with incredible precision directly from a CAD file. Several different machine envelope sizes — including the largest powder-bed metal additive system in the world — are available to meet the needs of any industry. Innovative features, including the patented LaserCUSING® technology, set these machines apart.

Get details on our DMLM Machines


Leveraging decades of metal powder experience and materials science expertise

GE’s commitment to the additive industry includes more than 1,000 material scientists and engineers dedicated to the invention and application of the most advanced materials. Our thoroughly certified and tested powders undergo rigorous quality control measures and feature tailored characteristics developed to ensure outstanding performance. We also offer an exhaustive array of mechanical behavior design curves to enable efficient material selection and optimized product designs.

Contact a Materials Specialist

Engineering Consulting Services

With extensive design and powder metallurgy experience in the additive manufacturing process, our engineers can provide guidance and advice on how to optimize your product design using additive technology.


Building a global additive network

We’re investing in state-of-the-art facilities and leading talent focused on additive design and manufacturing technologies.

Tap to learn more about each location's offerings

Istanbul, Turkey
GE Turkey Technology Center (Istanbul, Turkey)
Additive Research & Development
Bromont, Canada
Global Robotics, Automation and Instrumentation R&D Centre (Bromont, Canada)
Additive Research & Development
Dayton, Ohio
GE Aviation, Additive Research in Cores and Turbine Blades (Dayton, Ohio)
Additive Research & Development
Munich, Germany
Global Research Center (Munich, Germany)
Additive Research & Development
Auburn, Alabama
GE Aviation, LEAP Fuel Tip Production (Auburn, Alabama)
Additive Production
Prague, Czech Republic
GE Aviation, Advanced Turboprop Production (Prague, Czech Republic)
Additive Production
Talamona, Italy
GE Oil & Gas (Talamona, Italy)
Additive Production
Pittsburgh, Pennsylvania
GE Center for Additive Technology Advancement (Pittsburgh, Pennsylvania)
Additive Research & Development
Additive Engineering Solutions
Bangalore, India
Global Research Center (Bangalore, India)
Additive Research & Development
Additive Engineering Solutions
Rio de Janeiro, Brazil
Global Research Center (Rio de Janeiro, Brazil)
Additive Research & Development
Additive Engineering Solutions
Cameri, Italy
Avio Aero (Cameri, Italy)
Metal Powders
Additive Production
Oklahoma City, Oklahoma
GE Oil & Gas Production Solutions (Oklahoma City, Oklahoma)
Additive Engineering Solutions
Additive Production
Kariwa, Japan
GE DJL (Kariwa, Japan)
Additive Engineering Solutions
Additive Production
Florence, Italy
GE Oil & Gas Additive Center of Excellence (Florence, Italy)
Additive Research & Development
Metal Powders
Additive Engineering Solutions
Greenville, South Carolina
GE Power Advanced Manufacturing Works (Greenville, South Carolina)
Additive Research & Development
Additive Engineering Solutions
Additive Production
Birr, Switzerland
GE Advanced Manufacturing Works (Birr, Switzerland)
Additive Research & Development
Additive Engineering Solutions
Additive Production
Niskayuna, New York
Global Research Center (Niskayuna, New York)
Additive Research & Development
Metal Powders
Additive Machines, Support & Service Solutions
Cincinnati, Ohio
GE Aviation, Additive Technology Center (Cincinnati, Ohio)
Additive Research & Development
Additive Engineering Solutions
Additive Production
Metal Powders
Additive Machines, Support & Service Solutions


Embracing additive in our own businesses

At GE, we’ve experienced first-hand the benefits that additive brings to product designs – opening up the design envelope and enabling the creation of lighter, stronger parts and systems. We’ve also designed products that improve performance and are more complex in design, yet simpler to build.

Combustor swirlers

For Oil & Gas applications, additive technology has facilitated the development of finely tuned designs for the combustor swirler – the part that mixes fuel into the burner. Originally constructed from four externally sourced components, the additive process enables the part to be printed in one piece, making it stronger and more reliable.

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Fuel nozzle tip

One of the first additively manufactured jet engine components, the CFM International* LEAP fuel nozzle tip combines 20 parts into one for 5X the durability and 25% lighter weight. Designed for sustainably high, long-term output, our dedicated 300,000 sq. ft. facility in Auburn, Alabama is expected to produce more than 200,000 fuel nozzle tips during the life of the program.

*CFM International is a 50/50 joint company between GE and Safran Aircraft Engines

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Advanced Turboprop engine

In developing the Advanced Turboprop engine for Cessna’s new aircraft, we started the design with additive technologies in mind. The result is an engine that eliminates more than 800 conventionally manufactured parts, significantly reducing weight and improving fuel efficiency.

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Investing in a limitless future

At GE, we believe giving students access to additive technologies will help accelerate the adoption of advanced manufacturing worldwide. That’s why we’re investing $10 million over the next five years in educational programs aimed at developing future additive talent.

This includes $2 million to subsidize desktop polymer printers at primary and secondary schools, and $8 million to subsidize metal additive machines at colleges and universities. It’s all part of our passion for improving student outcomes and exposing future generations to new technologies.

The deadline for 2017 applications has passed.
Please check back for 2018 application forms.


Financial solutions tailored to our customers’ needs

GE Additive and GE Capital are partnering to provide a range of customized financial solutions for customers interested in purchasing metal additive manufacturing machines, including those from Concept Laser and Arcam. These flexible solutions will help promote the adoption of additive across industries and broaden access to key equipment.

With a dedicated team focused on supporting GE Additive and its customers, GE Capital is aligned with our mission to make additive available to businesses interested in incorporating it into their operations. Thanks to this partnership, it’s now easier than ever for customers to experience firsthand the benefits of additive manufacturing.

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Latest Press Releases

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March 08, 2017

GE Additive aggressively transforming Concept Laser

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January 06, 2017

GE Additive Education Program accepting applications from schools for 3D Printers

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January 04, 2017

GE to develop competitive financing to stimulate growth in additive manufacturing

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Expanding the boundaries
of what's possible

Introducing GE Additive

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