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  1. #1
    Super Moderator curious aardvark's Avatar
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    Umm, you either want an sla or you don't

    As for the 250c - would the part need to withstand that high a temp ?

  2. #2
    Staff Engineer LambdaFF's Avatar
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    ABS melts at 100°C but you print it at 250°C. Are you confusing the 2 ?

    ABS is not a laser curable resin and as such irrelevant to SLA...

  3. #3
    Quote Originally Posted by curious aardvark View Post
    Umm, you either want an sla or you don't

    As for the 250c - would the part need to withstand that high a temp ?
    Ultimately I am looking for an alternative to the Stratasys PolyJet Process using DigitalABS (due to the extreme expense of the Stratsys printers).
    I will be using the printer to produce injection mold tooling for prototyping.

    For that reason I need to be able to produce 3D prints having very high density (low porosity) and high melting temps.
    The plastic also must be a thermoset material so that it will not interact with the thermoplastic injected into the mold.

    I believe SLA is my best bet, but wanted to tap the collective knowledge of this community first.

    Quote Originally Posted by curious aardvark View Post
    just out of curiosity - what temperature do the uv resins for sla machines actually melt at ?
    I'd think it would be quite high - but no clue really :-)
    This is a good question as well. I would like to know the post-cured melting temp of the UV resins used for SLA.

    Looks like 3Dsystems make a producte that when post-cured and heat treated can achieve a Heat Deflection temp of 513°F+

    http://www.3dsystems.com/sites/www.3...uestone_US.pdf

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