This tutorial on how to cast metal parts from 3D printed ... of 58% Bismuth and 42% Tin with a melting point of 281 °F. You may have heard of molds created from 3D printed parts before, but ...

Seems like most of the metal casting projects we feature are aluminum in sand molds, though, so it’s refreshing to see a casting project using silicone molds to cast low-melting point metals.

Western Michigan University offers a superlative student-centered metal casting experience in an environment that ... students work with a professor and senior CEAS students to mold, melt and pour.

Facilities that support melting and casting of metals; including simulation ... Induction melting uses a magnetic field to create a flow of electrons in a conductive metal, creating resistance, which ...

Molten metal takes shape as skilled hands craft a stainless steel ring using the sand molding technique. Every step, from ...

A melting pot of experimental activity, The National Casting Center within the School of Art and Design at Alfred University comprises two comprehensive state-of-the-art facilities: one specializing ...

Facilities that support melting and casting of metals; including simulation, molding, pattern making, melting, and analysis capabilities for alloy development and prototyping.

For the first time in a decade, the School of Media and Visual Arts is offering a metal casting class to its students, ...

Rapid prototyping uses three-dimensional (3D) computer aided design to quickly fabricate a part or, alternatively, a sand mold for casting a part from metal. Currently there are many limitations with ...