Description: The only Open Architecture Bound Metal 3D Printing Technology that gives everyone the power to 3D print in metal, ceramics and glass.
xray (175) tungsten (140) shielding (65) neutron (48) metal 3d printing (40) radiation shielding (27) boron carbide (10) metal filament (9) fffmetal (2)
Menu Toggle Printing Pure Metal Parts Debinding and Sintering Pure Metal Parts Finishing Pure Metal Parts YouTube Metal 3D Printing Course Products Menu Toggle Our Products SDS TDS Services Resources Menu Toggle Blog and Latest Updates Case Studies Research and Reference Papers Liquid Phase Sintering Research YouTube Channel Community About Menu Toggle About Us Showcase Industries Served Contact Where to Buy Where to Buy Search for: Search Search Main Menu Getting Started How To 3D Print Metal Learn Menu To
After printing, the part is placed in a kiln like those found in schools and heat-treatment facilities and countless other environments, this removes the binder leaving behind a porous metal structure.
The print is then raised to a higher temperature, causing the particles to fuse together and form a metal, glass or ceramic part. This phase of the process densifies the material, resulting in a final part that is dense and strong.
3D Printing 3D Scanning | Canadian Additive Manufacturing Solutions | Ontario
3D Printing | 3D Scanning | Additive Manufacaturing | Making Innovation Practical
#FFFMetal 3D Printing Filament for the Lab, Classroom and Studio - The Virtual Foundry, inc.
3D Printing | 3D Scanning | Additive Manufacaturing | Making Innovation Practical