2022 AM Industry Summit

The AM Industry Summit brings together the global additive manufacturing aerospace and energy industries for a unique, hands-on, interactive event. Discover the latest materials, metals, and polymers, while uncovering design and technology solutions across the AM and 3D printing industry.

June 20-22, 2022
Long Beach, CA

Booth 19

Convergence of AM Aerospace and AM Energy

Join GE Additive at this year’s AM Industry Summit, a convergence of AM Aerospace and AM Energy. This conference brings together the global additive manufacturing aerospace and energy industries for a unique, hands-on, interactive event. Discover the latest materials, metals, and polymers, while uncovering design and technology solutions across the AM and 3D printing industry.

  • Visit us at booth 19 to see the innovative parts we will have on display and talk to an additive expert.
  • Attend our presentation: M Line and Ni718 - Enabling metal additive production through stability and stitching; Presenter: Sarah Ulbrich, GE Additive; June 21, 4:30 – 5:00 p.m.


Can’t attend in person? Check us out on July 13 during Virtual Day. You can access on-demand content from the live conference as well as the presentation Additive Manufacturing and GE Aviation’s GE9X Engine, during which GE’s Chris Philp will show the various additive parts that are included on the latest commercial engine.

Click here for more information on the show and to register for the live and virtual events. Use promo code AMSPN25 to save 25% off your conference pass.

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Webinar: Metal Powders for Additive Manufacturing: Critical Factors Influencing Successful Adoption

This webinar will discuss powder related critical factors, life cycle steps, specification strategy and technical studies and process for development, which can potentially lead to a wider adoption of additive technology.

Metal powder is a very important element of the metal additive manufacturing (AM). Critical factors influencing powder attributes must be managed carefully through its entire life cycle to produce quality parts at a competitive cost. The life cycle of metal powder includes powder production, shipment, and various additive part manufacturing steps. Powder quality and consistency needs to be maintained at each step of the process, including powder storage and handling.  This requires risk assessment and an abatement plan, along with detailed work instructions/specifications and inspection details. Important elements of metal powder include development of required physio-chemical properties, wide supply base, consistent/cleaner powder, and competitive cost. 

This webinar will discuss powder related critical factors, life cycle steps, specification strategy and technical studies and process for development, which can potentially lead to a wider adoption of additive technology. 

 

Speaker

Rajendra M Kelkar
Principal Engineer
GE Additive

Rajendra M Kelkar (Raj) is a principal engineer with GE Additive in Cincinnati, OH. He is passionate about powder metallurgy and has worked on press and sinter, metal injection molding (MIM), laser additive manufacturing (DMLM) and is now with binder jet (BJ) technologies. He has worked across multiple business sectors like automotive, oil & gas and Aviation, covering a wide variety of material systems including iron-, cobalt-, nickel-, and titanium-based alloys as well as hard materials such as WC-Co.

Raj joined GE Aviation in 2011 and became a focal on MIM efforts for aircraft engine parts. He has worked on AM with GE Aviation since 2012. He led material and process efforts on the fuel nozzle for GE’s LEAP engine manufactured via DMLM using CoCr alloy and TRL development on alloy718 for Catalyst engine program. Raj successfully completed powder vendor qualifications, and powder reuse studies for those programs. He has authored key internal specifications. Currently his focus is on materials, process, and application development for automotive customers using binder jet technology. Raj has nine technical publications/conference presentations and eight patent filings to his credit.

Before joining GE, he has worked with SSI Technologies and Kennametal in developing and providing materials solutions to customers. He worked with ISPL India on heat treatment of steels and with Birla copper, on copper smelting.

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Webinar: Where No One Has Gone Before: Advanced Materials in Additive Manufacturing

There are plenty of well-known advantages to additive manufacturing, regardless the industry of discussion: lighter weight, reduced part count, improved performance, more intricate new structures.

There are plenty of well-known advantages to additive manufacturing, regardless the industry of discussion: lighter weight, reduced part count, improved performance, more intricate new structures.

But perhaps there is an underdog worthy of a top spot on the list: the ability to manufacture using new, advanced materials.

SME’s contributing editor Kip Hanson recently highlighted the “universe of advanced materials now available to AM adopters – many of which are difficult to work with via traditional manufacturing methods – and it becomes increasingly obvious that AM might literally take us where no one has gone before.”

Join us for this presentation as we welcome Dr. Youping Gao,  founder and president of AM research and development firm Castheon. After more than 20 years at Aerojet Rocketdyne, Dr. Gao is now focusing his efforts on the fundamentals of metal powder bed fusion, the use of heat-resistant superalloys (HRSAs) and a special group of elements known as refractory metals. During the session, Dr. Gao will explain how the use of a laser-based powder bed fusion manufacturing process, specifically GE Additive's Concept Laser M2 machine, enhances the metallurgical properties of refractory metals, allowing them to perform in environments once considered off limits. Dr. Gao and his team are using additive to take the world to new heights – where no one has

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Webinar: Add To Your Additive Manufacturing Toolkit: How To Write Raw Material Specifications

Raw material specifications are plentiful for “traditional” manufacturing techniques like wrought or forged products and castings but are woefully absent from the additive manufacturing landscape.

Raw material specifications are plentiful for “traditional” manufacturing techniques like wrought or forged products and castings but are woefully absent from the additive manufacturing landscape. This webinar aims to educate the users of metal additive manufacturing on the creation of an internal raw material (powder) specification with focus areas on why such a document is necessary, how to determine process limits and the methods against which to test, and how to be sure the right process windows are identified without being overly constrained.

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Avio Aero, BEAMIT Group and GE Additive sign letter of intent regarding a strategic technology collaboration agreement

Avio Aero and GE Additive have signed a non-binding letter of intent (the “LOI”), outlining a strategic technology collaboration agreement with BEAMIT Group (BEAMIT) partly owned by SANDVIK. 

  • BEAMIT to support Avio Aero on technology development relating to certain additively manufactured components for the GE9X and Catalyst engines
  • GE Additive to become BEAMIT’s strategic equipment supplier moving forward
  • BEAMIT to support the development and qualification of GE Additive’s Concept Laser M Line system
  • Future intention to develop a dedicated, fully digitalized and sustainable production line

RIVALTA DI TORINO, ITALY – 23 SEPTEMBER 2021 – Avio Aero and GE Additive have signed a non-binding letter of intent (the “LOI”), outlining a strategic technology collaboration agreement with BEAMIT Group (BEAMIT) partly owned by SANDVIK. 

Under the LOI, BEAMIT would collaborate with Avio Aero on technology development and, in particular, the post-processing of certain additively manufactured components for the GE9X and the Catalyst engines.

“Industrializing metal additive manufacturing in aerospace continues at pace, and we need trusted partners in our ecosystem who can grow with us. I am thrilled that we are strengthening our relationship with BEAMIT and its shareholder Sandvik.  BEAMIT’s sound strategic vision and the wider team’s advanced additive expertise is world-class,” said Riccardo Procacci, CEO of Avio Aero and GE Additive.  

“It is an honor for me to enter into this LOI with GE for projects of this magnitude. Being where we are today, as one of the largest, most integrated and advanced additive manufacturing groups in the world, we are in a position to offer leading capabilities across the entire AM value chain, also through our shareholder Sandvik’s leading material expertise and extensive metal powder capabilities. This definitely confirms the hard work that started seven years ago as a vision, and has been pursued with great commitment and strength,” said Mauro Antolotti, President, BEAMIT Group.

BEAMIT is a longstanding GE Additive customer and operates a fleet of Concept Laser and Arcam EBM machines, including the Mlab, M2 and X Line platforms, as well as two Q10plus machines across its subsidiaries – Pres-X and Zare – serving customers in multiple industries, including aerospace, defense and medical.

The intention is for GE Additive and BEAMIT to cooperate on a number of strategic projects, such as special post-processing machinery and technologies as well as materials, to meet long-term production needs.

GE Additive would become BEAMIT’s strategic equipment supplier, as it continues to scale its operations and enhances its existing facilities to meet long-term production needs. 

The LOI includes collaboration and assessment on post-processing technologies for the specific requirements of certain GE9X and Catalyst engine components such as MRI and tomographic inspection, HIP and machining equipment.  BEAMIT would contribute to the reduction of the lead times necessary to build components, including machining and testing processes, and it would also support new modalities under development at Avio Aero with super-cleaning and super-finishing surfaces.

BEAMIT would also support in the development of GE Additive’s Concept Laser M Line system. The M Line is a highly advanced, industrialized production system that is best suited to experienced metal additive users who have already started to scale production volumes. M Line’s stitching capability enables customers with large part size demand to increase productivity and drive cost out for additive production. 

The BEAMIT team would work with GE Additive to fine-tune and qualify the M Line, specifically for aerospace components in accordance with the necessary qualitative requirements. In connection with this activity, BEAMIT would file for and obtain the aerospace qualification for a dedicated R&D division that it would establish. 

In the mid-term future, as GE and BEAMIT grow together, BEAMIT has the intention to further expand its operations and develop a completely digitalized and sustainable production line, dedicated to the production of “engine ready” components, for assembly, where the GE parts will be produced. In parallel with this LOI, BEAMIT has recently opened a brand new facility, fully dedicated to coatings, in order to enhance the special process range available for the wider aerospace sector. 

The projects contemplated by the LOI go a long way to help BEAMIT achieve its ‘One Stop Shop’ approach, which is driven by market demand, technological evolution and the inclusion of new processes and new accreditations. Today, the entire BEAMIT Group is covered by five NADCAP accreditations – with three new others in progress – and by the TULPS for defense-sector activities. BEAMIT has also started the ISO 14001, ISO 45001 and EASA part 21 pathway. 

“Our strategic and industrial partnership with our shareholder Sandvik gives us a competitive advantage when it comes to leading materials expertise, materials development capabilities and supply of the widest range of alloys. Now, making the ‘One Stop Shop’ concept a reality, together with the digital integration of the entire value chain, is a differentiating element, which can play an essential role in making additive manufacturing even more sustainable - without a waiver to the technical advantages offered by technology. In Avio Aero and GE Additive we have found companies that share a similar strategic vision and a strong focus on the research of new materials for additive manufacturing as well as new technologies,” said Andrea Scanavini, Group General Manager, BEAMIT Group.

“Ultimately, the digitalized factory is a key element of our mid-term strategy to enable a win-win relationship with GE. A dedicated factory where all the manufacturing phases are installed and directly interconnected allows us to reach the maximum grade of efficiency, high productivity and total quality required by GE,” he added. 

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Editors' Note

Image above shows Andrea Scanavini, general manager BEAMIT (back right) visiting GE Additive Lichtenfels with Avio Aero’s Dario Mantegazza (front right) and Dario Mula (front left) – September 2021. Image credit: GE Additive/Wilm Visuals

About BEAMIT Group

BEAMIT Group is one of the most advanced additive manufacturing service providers in the world and serves the most demanding industries through its strategic positioning as a one-stop shop: the first company to become a truly global additive manufacturing (AM) hub offering a fully integrated value chain. Based in Fornovo di Taro (Parma, Italy), BEAMIT has been operating in the field of AM with metal powders for 24 years. With close to 60 dedicated AM systems distributed across 7 facilities in Italy and the UK, the Group now counts over 140 employees. 


BEAMIT Group specialises in high-end metal AM components for demanding industries like aerospace, automotive, energy, racing and industrial engineering, and holds many relevant quality certifications, including AS/EN 9100:2018 for aerospace, IATF Automotive, NADCAP accreditation for heat treatment processes and laboratories, and NADCAP accreditation for welding – additive manufacturing commodity. 

In 2019, Sandvik Group, global leader in hi-tech engineering and metal powder with the widest range of alloys for additive manufacturing as well as remarkable expertise in AM printing technologies for advanced metal components, acquired a significant stake in BEAMIT. 

In 2020, BEAMIT acquired a significant stake in PRES-X, an innovative start-up in the field of special post-production processes for 3D printing. BEAMIT then acquired 100% of Italian AM service bureau ZARE. 

In 2021, BEAMIT Group acquired 3T Additive Manufacturing (Newbury, UK). 3T Additive Manufacturing holds some of the highest quality certifications for deliveries to aerospace and medical and is an approved supplier for serial production by many leading OEMs across the UK, Europe, US and Japan. BEAMIT Group has a turnover of €22 million.

About Sandvik Additive Manufacturing

Sandvik Additive Manufacturing has a world-leading position in metal powder with the widest range of AM-alloys on the market. The company has also made sizeable investments into a wide range of AM printing technologies since 2013. Adding 159 years of leading expertise in materials technology, 75 years in post processing methods like metal cutting, sintering and heat treatment, Sandvik has well established and leading competence across the entire additive value chain. In 2019, Sandvik acquired a significant stake in the BEAMIT Group, a leading European-based AM service provider, and in 2020 and 2021, the BEAMIT Group acquired 100% of ZARE in Italy and 3T Additive Manufacturing in the UK, bringing together three leading AM service bureaus in Europe – to create one of the largest independent AM service providers in the world, serving the most demanding industries. Sandvik AB is a high-tech and global engineering group with approximately 37,000 employees and sales of approximately 86 billion SEK in more than 160 countries (2020). The company was founded in Sweden in 1862.

About Avio Aero

Avio Aero is a GE Aviation business that designs, manufactures and maintains propulsion systems for civil and military aviation. It is the center of excellence for the entire General Electric group in the field of mechanical transmissions and low-pressure turbines. The company’s headquarter and largest production plant are in Rivalta di Torino, its other Italian main plants are located in Brindisi and Pomigliano d’Arco (Naples), where it employs more than 4,300 people. Abroad, it has a plant and a test center in Poland and a plant in Czech Republic, in which works 900 employees. Founded in 1908, the company has overcome many technological challenges in over a century of history. Continuous investments in research and development and an established network of relationships with leading universities and international research centers have enabled Avio Aero to develop technological and manufacturing excellence recognized across the globe: an achievement borne out by a range of collaborative partnerships with key operators in the global aviation industry.  

About GE Additive

GE Additive – part of GE (NYSE: GE) is a world leader in metal additive design and manufacturing, a pioneering process that has the power and potential to transform businesses. Through our integrated offering of additive experts, advanced machines, and quality powders, we empower our customers to build innovative new products. Products that solve manufacturing challenges, improve business outcomes, and help change the world for the better. GE Additive includes additive machine brands Concept Laser and Arcam EBM, along with additive powder supplier AP&C.
 

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