Multithread effectively and personalize outreach to convert deals faster
Elevate social presence and drive business growth from social media
Identify and prioritize high-intent leads, and improve sales effectiveness
Find and connect with ICP attendees, and improve event outcomes
GE Additive, part of GE Aerospace, is a global leader in additive manufacturing, also known as 3D printing. The company offers a comprehensive portfolio of solutions including advanced 3D printing machines (Direct Metal Laser Melting, Electron Beam Melting, Binder Jet), a wide range of metal powders, and expert engineering and consulting services. GE Additive aims to transform businesses by improving product design, accelerating manufacturing processes, and optimizing supply chains. They serve diverse industries such as aerospace, healthcare, automotive, dental, and energy, helping them produce complex parts with enhanced performance and reduced costs. Their commitment to innovation drives the industrialization of additive manufacturing, making it a reliable and mainstream production method.
The Munich facility serves as a key leadership base, a Customer Experience Center for customer collaboration, application development, training, and showcasing GE Additive's latest technologies.
State-of-the-art facility housing a wide range of GE Additive machines, collaborative workspaces for engineers and customers, and advanced metrology and testing labs.
Fosters innovation, customer-centric problem solving, and collaboration. The environment encourages continuous learning and the adoption of cutting-edge manufacturing technologies.
Munich is a major European industrial and technology hub, providing proximity to key customers, talent, and research institutions, enabling GE Additive to drive adoption of additive manufacturing in the region.
GE Additive supports its global customer base through a network of manufacturing sites, research and development centers, customer experience hubs, and sales and service offices across North America, Europe, and Asia. Key functions supported globally include machine manufacturing (DMLM, EBM, Binder Jet), metal powder production, application engineering, customer training and support, R&D in new materials and processes, and strategic consulting to help industries adopt and scale additive manufacturing.
Lichtenbergstraße 8
Garching b. München
Bavaria
Germany
Address: 9992 International Blvd, West Chester Township, OH 45246, USA (Additive Technology Center)
Serves as a key North American hub for additive innovation, production, and supports GE Aerospace's internal additive manufacturing needs.
Address: An der Zeil 8, 96215 Lichtenfels, Germany
Center of excellence for DMLM technology, R&D, machine production, and serving the European market for metal additive manufacturing.
Address: Krokslätts Fabriker 27A, 431 37 Mölndal, Sweden
Global center for EBM technology development, machine manufacturing, and powder recovery systems, with a strong focus on orthopedic and aerospace applications.
Address: 3700 Rue F.-X.-Tessier, Saint-Eustache, QC J7R 0G7, Canada
Key global supplier of premium powders (titanium, nickel, aluminum alloys) for the additive manufacturing industry, supporting GE Additive's ecosystem and the broader market.
Highperformr Signals uncover buying intent and give you clear insights to target the right accounts at the right time — helping your sales, marketing, and GTM teams close more deals, faster.
As of April 2025, GE Additive' leadership includes:
GE Additive has been backed by several prominent investors over the years, including:
In the past year, GE Additive has seen a key leadership transition with the appointment of a new CEO, Alexander Schmitz, highlighting the company's ongoing commitment to driving growth and innovation in the additive manufacturing sector.
Discover the tools GE Additive uses. Highperformr reveals the technologies powering your target accounts — helping your sales, marketing, and GTM teams prioritize smarter and close faster.
GE Additive, as part of General Electric, primarily utilizes GE's corporate email format. The most common and widely used format is [first].[last]@ge.com. While variations might exist for specific roles or legacy systems, this pattern has a high success rate for reaching GE employees.
[first].[last]@ge.com
Format
jane.doe@ge.com
Example
90%
Success rate
GE Newsroom • January 8, 2024
GE Additive announced the appointment of Alexander Schmitz as its new Chief Executive Officer. Schmitz, who will be based in Munich, Germany, took leadership of the company effective January 2024, succeeding Riccardo Procacci....more
TCT Magazine • November 15, 2023
GE Additive collaborated with Toolcraft AG to qualify an aluminum alloy (A20X) for aerospace applications using the GE Additive Concept Laser M2 Series 5 machine, aiming to enhance performance and lightweighting in aerospace components....more
GE Additive Press • November 7, 2023
At Formnext 2023, GE Additive presented its latest advancements in machines, materials, software, and services, emphasizing its focus on driving the industrialization and series production capabilities of additive manufacturing across various sectors....more
See where a company’s workforce is located, by country or region.
View past and recent funding rounds with amounts and investors.
Understand company revenue estimates and financial scale.
Track active roles and hiring trends to spot growth signals.
Discover what a company offers—products, platforms, and solutions.
Get the company’s official SIC and NAICS classifications.
Analyze visitor volume, engagement, and top traffic sources.
Explore LinkedIn, Twitter, and other active social profiles.
Identify top competitors based on similar business traits.
Explore companies in depth — from the tech they use to recent funding, hiring trends, and buyer signals — all in one powerful view.
Highperformr AI helps you surface the right accounts and enrich your CRM with verified company and contact insights, so your teams can prioritize and engage faster.
Thousands of companies, including GE Additive, are just a search away.