AMA: Energy 2026: How Addept3D Sees the Gap Between AM Value and Industrial Adoption in Energy

What does additive manufacturing mean for the future of energy? 3D Printing Industry investigates ahead of AMA: Energy 2026 on April 30th. Additive manufacturing has made real inroads in the energy sector, but its most complex, high-value components are still…

AMA: Energy 2026: [INTERVIEW] How Large-Scale Metal AM is Helping Energy OEMs Break Free from Forging and Casting Delays

With AMA: Energy 2026 just around the corner, 3D Printing Industry is taking a closer look at the role of additive manufacturing in the energy sector. In this critical industry, a missing forged component does not just delay a shipment.…

AMA: Energy 2026: Additive Manufacturing in Energy Is Moving Beyond Pilots Here’s What’s Actually Being Deployed

Additive manufacturing in the energy sector has spent the past decade in pilot mode. There is no shortage of case studies, proofs of concept, or conference presentations. What has been harder to establish is where the technology has crossed into…

AMA: Energy: Ivaldi Group: Turning Supply Chain Risk Into a Strategic Advantage

Ahead of AMA: Energy 2026 on April 30th, 3DPI is turning the spotlight on the use of Additive Manufacturing in the energy sector. The additive manufacturing industry has spent years proving that 3D printing can move beyond prototyping into operational…

Eurobearings Integrates Meltio’s Wire Laser Technology to Cut Bearing Production Lead Times by Up to 50%

Heavy industry runs on rotating equipment, turbines, cement mills, rolling machinery, and when those systems stop, the financial impact is immediate. Bearings are the components that keep them turning, and for nearly three decades Italian manufacturer Eurobearings has been building…

Argonne’s ASME Submission Aims to Open a Formal Pathway for LPBF in Nuclear Reactor Manufacturing

Argonne National Laboratory, a research center operated by UChicago Argonne, for the U.S. Department of Energy (DOE), has submitted the first draft of an ASME Code Case proposing Laser Powder Bed Fusion as a permitted manufacturing process for high-temperature nuclear…

Metallic Glass Motor Components 3D Printed in Breakthrough for Energy-Efficient Electric Motors

Electric motors are among the most widespread energy-converting devices on the planet, and among the least efficient at small scales. A measurable share of the electricity they consume is lost as heat, a consequence of how conventional metal alloys respond…

Material Hybrid Manufacturing’s HYBRID3D Uses 3D Printing to Reimagine Battery Design

Battery chemistry has advanced significantly over the years, but the processes used to manufacture batteries have changed little. In a recent development, Miami-based startup Material Hybrid Manufacturing (MATERIAL) has developed HYBRID3D, a platform that 3D prints energy directly into components…

Germany Funds Titanium Aluminide Additive Reactors to Advance Hydrogen Mobility

On February 10, 2026, Matthias Hauer, German Parliamentary State Secretary at the Federal Ministry of Research, Technology and Space (BMFTR), formally handed over the funding approval for the InnoWaerm project, coordinated by the Fraunhofer Institute for Laser Technology ILT with…

Additive Drives Raises Mid-Double-Digit Million Investment to Accelerate Rare-Earth-Free Motors

Nordic Alpha Partners, a private equity firm focused on green industrial transformation, has invested a mid-double-digit million euro sum to acquire a minority stake in Additive Drives, a German company developing high-performance, 3D printed electric motors. Existing investor AM Ventures,…