Metal Additive Manufacturing Surges Amid Technological Advancements and Strategic Industry Collaborations Additive ...

To enhance the printing consistency and reduce the fabrication cost, the recent progress on powder characterization, preparation, and reuse is systematically reviewed. Scientists from Nanjing ...

A Pittsburgh-based company has taken significant steps to advance nuclear metal powder development. Metal ...

Continuum Powders' advanced metal powder production platform supports specialty alloy development, precious metal processing, and flexible manufacturing programs for advanced industrial applications. ...

An array of powder-metal parts. Powder metallurgy was practiced long before ancient artisans learned to melt and cast iron. Egyptians made iron tools using PM techniques back in 3,000 B.C. The ancient ...

Additive Manufacturing (AM) involves the creation of three-dimensional objects, one superfine layer at a time, rendering it more costly than classical machining. However, only a small proportion of ...

Like modern-day alchemists, metallurgists are constantly discovering and perfecting recipes for better alloys. A crucial step ...

Metal powders are used to produce a variety of industrial parts and products. A number of techniques are used to manufacture parts from metal powders, with two popular techniques being sintering and ...

The most radical innovation in metallurgy since the Bronze Age is hidden inside the shiny 1942 models rolling out of U.S. automakers’ plants this week. For perhaps 5,500 years man has started off with ...

Researchers at the National Institute of Standards and Technology (NIST) have created a new ...

THE formation of electrolytic metallic powders on solid electrodes at a certain potential in the region of the limiting current was first observed with copper, gold and cadmium 1,2. However, the ...