Month: March 2016

3D Printing in Space: A Thermoplastic for Additive Manufacturing from Stratasys

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3D  Printing in Space: A Thermoplastic for Additive Manufacturing from Stratasys

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Equipment used in space encounters extreme environment, for example, large temperature changes in short periods of time, extreme radiations, and so on.  One problem encountered in space is rapid build-up of electrostatic charge.  To address such conditions, Stratasys Advanced Materials has developed ESD PEKK, a thermoplastic for additive manufacturing that has electrostatic dissipative (ESD) qualities.  The ESD properties combined with excellent mechanical and thermal properties makes ESD PEKK suitable for advanced electronics applications, for example, for use in space.

 

Stratasys Blog of ESD PEKK 3D Printing

 

White Paper: Manufacturing with ESD PEKK

 

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Arcam Uses Electron Beam Melting (EBM) for 3D Printing Metal Implants

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Arcam Uses Electron Beam Melting (EBM) for 3D Printing Metal Implants


According to Arcam,” is a Swedish company founded in 1997.  Arcam provides cost-effective 3D printing solutions for metal parts.  The Arcam EBM (Electronic Beam Melting) builds metal parts from metal powder by melting the metal powder with a powerful electron beam.  The electron beam is precisely controlled using electromagnetic coils”.

Arcam uses EBM technology to manufacture patient-specific orthopedic implants.  Computer Tomography (CT) is used to build a CAD model of a patient-specific implant and EBM technology is used to 3D print the part from the CAD model.

http://www.arcam.com/technology/electron-beam-melting/


Wikipedia Article on Electron Beam Additive Manufacturing