Additive manufacturing is growing in popularity and can help support a company's supply chain strategy. Company leaders should learn the different types of additive manufacturing to determine if any ...

In-situ monitoring and inspection have been widely recognized as critical enabling technologies for the industrial adoption of additive manufacturing (AM). Among available sensing methods, thermal ...

12.2. Metal 3D printer installed base 2025-2035: Segmented by technology 12.3. Metal 3D printing hardware forecast 2025-2035: Segmented by technology 12.4. Metal 3D printing material forecast ...

Which wins for metal AM quality control: in-situ monitoring or post-process inspection? We compare techniques, costs, limits, ...

With the broader 3D printing industry, which encompasses material subspecialities like polymers, ceramics, and electronics, metal additive manufacturing (AM) has particularly shown strength in recent ...

Materials scientist discusses the role of comminution in recycling metals into 3D printer feedstocks. Whether additive manufacturing (AM) is more sustainable than its subtractive counterparts is a ...

Metal additive manufacturing (AM) continues to evolve rapidly, driven by technological advancements and market opportunities. Artificial intelligence (AI) and machine learning are improving design ...

New processes are broadening the available techniques for creating and using powder metals. The result is a wider range of better-performing, and sometimes less costly, materials serving more ...

In-situ monitoring in metal additive manufacturing encompasses a suite of real-time sensing and imaging methods designed to observe and control fused metal deposition as it occurs. By capturing key ...

A team at the US Department of Energy’s Oak Ridge National Laboratory (ORNL) has spent eight weeks 3D-printing a massive steel mold that stands 6 feet tall, measures 4 feet wide and weighs nearly 2 ...