metal 3d print

Sintering powder spilling from a metal container, highlighting materials used in 3D printing and sintering processes with Filamet™.

Sintering Powders: What, Why and When?

Sintering Powders: What, Why and When?[Printable Version Here]Sintering Powders include two groups: Refractory Ballast...

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Copper broach design showcasing intricate twisted patterns, emphasizing metal filament 3D printing techniques relevant to #FFFmetal and The Virtual Foundry's innovations.

The Virtual Foundry invented #FFFmetal/Bound Metal/Metal Filament 3D Printing in 2014

The Virtual Foundry invented #FFFmetal

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The Virtual Foundry logo alongside an aerial view of the University of Pécs campus, emphasizing collaboration in metal 3D printing technology.

Collaboration Agreement with the University of Pécs

The Virtual Foundry and University of Pécs sign Collaboration MOU Stoughton, Wisconsin and Pécs, Hungary: The Virtual...

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Forge Sintering temperature gauge labeled "Fahrenheit 364" and "Est. 2014" in a workshop setting, related to Markforged metal 3D printing processes.

Forge Sintering 3D Prints

Forge Sintering Bronze Day 1: I'm in the shop today working on some new ways to sinter parts that have already been...

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Metal powder spilling from a container, illustrating materials used in metal 3D printing processes like sintering and Filamet™ production.

FAQ: Can the Sintering Powders be Reused?

Two things need to happen during sintering:The part shape is supported, andOxygen is prevented from reaching the part...

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3D printed metal components showcasing advanced generative design for additive manufacturing, highlighting intricate structures and sintering techniques relevant to The Virtual Foundry's focus on metal 3D printing.

Design for Additive Manufacturing with Filamet™

Each metal additive manufacturing process has its own set of guidelines for ideal part size and shape - Design for...

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Microwave kiln used for sintering metal 3D prints, featuring a cylindrical design with removable lid and base.

Microwave Sintering

Could it really be this simple? Early proof of concept is indicating YES! it is. TVF Partner Innovator Highball has...

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Diagram illustrating the electrochemical process of a Polymer Electrolyte Membrane Fuel Cell (PEMFC), showing hydrogen and oxygen input, electron flow, and water output, relevant to advancements in 3D printed fuel cell technologies.

3D Printed Titanium Breakthrough!

3D Printed Titanium Breakthrough! A newly published paper by David Alexander of the University of Texas at El Paso,...

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