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Industrial Insights & Publications

Galactic 3D Articles

Official articles, technical insights, and LinkedIn post references on aerospace 3D printing, EV cooling plates, nuclear energy AM, supply chain resilience, micron precision DMLS, space technology, and automotive 3D printing.

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The Future of Aerospace is Being Built Layer by Layer
Aerospace & Defense
September 2026

The Future of Aerospace is Being Built Layer by Layer

From rocket engines and aircraft fuselages to turbine systems and drone frames, additive manufacturing is transforming aerospace engineering. Traditional manufacturing often limits designers due to tooling constraints, material waste, and lengthy production cycles. Metal 3D printing removes many of these barriers, enabling engineers to create lighter, stronger, and more efficient components.

Read Article →LinkedIn
Additive Manufacturing for Space Technology
Space Technology
July 2026

Additive Manufacturing for Space Technology

Space exploration requires components that are lightweight, durable, and capable of withstanding extreme operating conditions. Additive manufacturing provides the flexibility needed to design and produce such components while reducing manufacturing complexity.

Read Article →LinkedIn
EV Battery Cooling Plates via Metal Additive Manufacturing
Automotive & EV Innovation
January 17, 2026

EV Battery Cooling Plates via Metal Additive Manufacturing

Metal Additive Manufacturing is transforming EV battery thermal management through advanced cooling plate designs. By leveraging metal AM, engineers can create complex internal cooling channels that improve heat dissipation, reduce weight, and enhance battery efficiency and lifespan.

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Lattice Structures in Armour and Drone Frames
Aerospace & Defense
January 3, 2026

Lattice Structures in Armour and Drone Frames

Lattice structures are revolutionizing the design of armor systems and drone frames by delivering exceptional strength-to-weight ratios. Through metal additive manufacturing, engineers can create complex lattice geometries that absorb impact energy, reduce weight, and enhance overall performance.

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Printing at 20–40 Microns (0.02–0.04 mm) with EOS M290
Precision Engineering & Technology
June 13, 2025

Printing at 20–40 Microns (0.02–0.04 mm) with EOS M290

Ultra-fine layer thicknesses of 20–40 microns on the EOS M290 enable exceptional surface finish, higher dimensional accuracy, and improved feature resolution in metal additive manufacturing. This capability is particularly valuable for aerospace, medical, tooling, and precision engineering applications.

Read Article →LinkedIn
Supply Chain Disruption Through Additive Manufacturing
Supply Chain & Manufacturing
June 7, 2025

Supply Chain Disruption Through Additive Manufacturing

Traditional supply chains are vulnerable to delays, shortages, and global disruptions. Additive Manufacturing enables on-demand, localized production, reducing inventory costs, shortening lead times, and improving supply chain resilience.

Read Article →LinkedIn
Enhancing Nuclear Power with Additive Manufacturing: Advancing Safety, Efficiency, and Sustainability
Nuclear Energy & AM
May 21, 2025

Enhancing Nuclear Power with Additive Manufacturing: Advancing Safety, Efficiency, and Sustainability

Additive Manufacturing is transforming the nuclear energy sector by enabling the production of complex, high-performance components with greater precision and reliability. From improving safety standards and reducing maintenance downtime to enhancing operational efficiency.

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Transforming the Indian Automobile Industry using 3D Printing
Automotive & EV Innovation
May 16, 2025

Transforming the Indian Automobile Industry using 3D Printing

Metal 3D printing is revolutionizing the Indian automobile industry by enabling faster prototyping, lightweight component manufacturing, and greater design flexibility. Additive Manufacturing helps automotive companies reduce development time, optimize performance, and lower costs.

Read Article →LinkedIn
Breakthrough in Biomaterials: 3D Printed Bone-Like Implants Set to Revolutionize Medicine
Healthcare & Biomaterials
June 6, 2025

Breakthrough in Biomaterials: 3D Printed Bone-Like Implants Set to Revolutionize Medicine

A major advancement in additive manufacturing is enabling the development of 3D-printed bone-like implants that closely replicate the complex structure of natural human bone.

Read Article →LinkedIn