DMG MORI CO., LTD. (hereinafter referred to as “DMG MORI”) and The University of Tokyo have announced to establish the Machining Transformation Research Center (“MX Center”) within the Graduate School of Engineering of The University of Tokyo (Dean: Yasuhiro Kato) on April 1, 2026, to address key issues in the manufacturing industry, including efficiency improvement, energy savings, and labor shortages with a view toward 2050.

Eli Lilly & Co. has committed to spending $3 billion over the next decade to increase its local manufacturing operations, company officials said.

As additive manufacturing (AM) technology continues to mature, processes such as directed-energy deposition (DED) prove adept at producing larger parts in both metal and nonmetallic materials. However, the economic viability of producing a part using DED depends on the specific method used.

DMG MORI CO., LTD. (hereinafter referred to as “DMG MORI”) and The University of Tokyo have announced to establish the Machining Transformation Research Center (“MX Center”) within the Graduate School of Engineering of The University of Tokyo (Dean: Yasuhiro Kato) on April 1, 2026, to address key issues in the manufacturing industry, including efficiency improvement, energy savings, and labor shortages with a view toward 2050.

Eli Lilly & Co. has committed to spending $3 billion over the next decade to increase its local manufacturing operations, company officials said.

As additive manufacturing (AM) technology continues to mature, processes such as directed-energy deposition (DED) prove adept at producing larger parts in both metal and nonmetallic materials. However, the economic viability of producing a part using DED depends on the specific method used.

DMG MORI CO., LTD. (hereinafter referred to as “DMG MORI”) and The University of Tokyo have announced to establish the Machining Transformation Research Center (“MX Center”) within the Graduate School of Engineering of The University of Tokyo (Dean: Yasuhiro Kato) on April 1, 2026, to address key issues in the manufacturing industry, including efficiency improvement, energy savings, and labor shortages with a view toward 2050.

Eli Lilly & Co. has committed to spending $3 billion over the next decade to increase its local manufacturing operations, company officials said.

As additive manufacturing (AM) technology continues to mature, processes such as directed-energy deposition (DED) prove adept at producing larger parts in both metal and nonmetallic materials. However, the economic viability of producing a part using DED depends on the specific method used.

DMG MORI CO., LTD. (hereinafter referred to as “DMG MORI”) and The University of Tokyo have announced to establish the Machining Transformation Research Center (“MX Center”) within the Graduate School of Engineering of The University of Tokyo (Dean: Yasuhiro Kato) on April 1, 2026, to address key issues in the manufacturing industry, including efficiency improvement, energy savings, and labor shortages with a view toward 2050.

Eli Lilly & Co. has committed to spending $3 billion over the next decade to increase its local manufacturing operations, company officials said.

As additive manufacturing (AM) technology continues to mature, processes such as directed-energy deposition (DED) prove adept at producing larger parts in both metal and nonmetallic materials. However, the economic viability of producing a part using DED depends on the specific method used.

DMG MORI CO., LTD. (hereinafter referred to as “DMG MORI”) and The University of Tokyo have announced to establish the Machining Transformation Research Center (“MX Center”) within the Graduate School of Engineering of The University of Tokyo (Dean: Yasuhiro Kato) on April 1, 2026, to address key issues in the manufacturing industry, including efficiency improvement, energy savings, and labor shortages with a view toward 2050.

Eli Lilly & Co. has committed to spending $3 billion over the next decade to increase its local manufacturing operations, company officials said.

As additive manufacturing (AM) technology continues to mature, processes such as directed-energy deposition (DED) prove adept at producing larger parts in both metal and nonmetallic materials. However, the economic viability of producing a part using DED depends on the specific method used.