Skip to main content
Amaero and entX are scaling the GenX nuclear battery through a 1.8 million dollar AMCRC project in South Australia.
Technology
1 min read

Amaero and entX are scaling the GenX nuclear battery through a 1.8 million dollar AMCRC project in South Australia.

Originally reported by manmonthly.com.au

Amaero and entX are scaling the GenX nuclear battery through a 1.8 million dollar AMCRC project in South Australia. By integrating additive manufacturing with nanoscale deposition, the project achieves unprecedented power densities for betavoltaic devices. This technology enables decades of maintenance-free energy for extreme space and subsea missions. It marks a systemic shift for the AM sector from printing passive parts to integrated, functional energy systems. 🔋 #AdditiveManufacturing #SpaceTech #Energy

How This Connects

6 related events
  1. Same pattern

    BASF Launches Industrial-Scale Additive Manufacturing Plant for X3D Catalysts in Ludwigshafen

  2. Same pattern

    Vertico and Sperra have successfully deployed a full-scale 3D concrete printed gravity anchor at the Alto Rabagão reservoir in Portugal.

  3. Same pattern

    Korea University researchers led by Professor Jun-Hyung Shim have developed an inkjet printing process for the fabrication of Protonic Ceramic Electrochemical Cells (PCEC) used in ...

  4. Same pattern

    LUYTEN 3D and the University of Wollongong have successfully developed an underwater 3D concrete printing system that utilizes a proprietary single-mix material formulation.

  5. Same pattern

    The Catalonia Institute for Energy Research has launched Oxhyd Energy to industrialize 3D printed solid oxide fuel cells and electrolyzers.

  6. This article

    Amaero and entX are scaling the GenX nuclear battery through a 1.8 million dollar AMCRC project in South Australia.

  7. Same pattern

    High-Energy Digital has secured Series A+ funding from Xian Finance and Guangzhou Jinkong to scale its 3D printed solid-state battery production lines.