Metal Injection Molding Pellet 3D Printing: Difference between revisions

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=Basics=
=How it Works=
*The so called: Composite Extrusion Modeling or [https://www.aim3d.de/en/materials/cem-process/ "CEM"] process
*Metal Injection Molding pellets are used as feedstock for a 3D printer
*Developed by [https://www.aim3d.de/en/ Aim3D]
*The completed 3D print is sintered in an oven after 3D printing
*Essentially sinters injection molding feedstock to form mold while simutaniously filling it with the desired metal powder.  This is then sintered and the part can either be used or finshed by various methods (such as abrasive-blasting) then used.
*A full metal part is the result
 
=See Also=
*


=Useful Links=
=Useful Links=
*[https://www.aim3d.de/en Their Main Site]
*[https://www.aim3d.de/en Aim 3D Main Site].
:*Composite Extrusion Modeling or [https://www.aim3d.de/en/materials/cem-process/ "CEM"] process.
:*This is a fancy trade name for 3D printing with metal-embedded plastics.
*[https://www.aniwaa.com/best-of/3d-printers/best-metal-3d-printer/ An analysis of the current metal 3d printing market]
*[https://www.aniwaa.com/best-of/3d-printers/best-metal-3d-printer/ An analysis of the current metal 3d printing market]

Revision as of 17:33, 21 March 2019

How it Works

  • Metal Injection Molding pellets are used as feedstock for a 3D printer
  • The completed 3D print is sintered in an oven after 3D printing
  • A full metal part is the result

Useful Links

  • Composite Extrusion Modeling or "CEM" process.
  • This is a fancy trade name for 3D printing with metal-embedded plastics.
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