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Design and additive manufacturing of porous orthopaedic implants

1/7/2016

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Orthopaedic regenerative medicine requires the design of scaffolds and implants that replicate the biomechanical properties of bones. Porous implants, designed with bespoke mechanical performance using state-of-the-art of topology optimization and produced by additive manufacturing, are suitable candidates for repairing or replacing damaged bones. 

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Design: optimising supports for complex components

7/2/2015

 
Fully dense components built using selective laser melting exhibit mechanical properties equivalent or even better than those of parts produced by conventional manufacturing [1] [2]. But building components using SLM sometimes requires external support structures. These support structures are necessary for a few reasons: they strengthen and fix the part to the building platform, they conduct excess heat away and they prevent warping or complete build failure.

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User Review: EOSINT M280  Developer Kit

22/9/2014

 
The EOSINT Mxxx are the fastest-selling Selective Laser Melting (SLM) production and R&D machines on the AM market for metal applications (10 EOSINT M400 sales forecast for 2015 in Asia alone). Following the EOSINT M280 hardware user review, this post assesses the processing parameters and software control available in the optional ‘development kit’. This package is in essence a licence to freely use numerous laser processing parameters. It gives you open access to the actual “EOS Default” set of parameters.

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EOSINT M280: a user review

8/7/2014

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This post is a review of the EOSINT M280 based on extensive, daily use of the machine. The EOSINT M280 is a 3D printing powder-bed unit used to manufacture metal parts. This production machine is based on Selective Laser Melting (SLM).

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