the catalyzing resin does not produce any substantial exothermic reaction (heat) that can distort the 3D printed master?
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Yes. However, the first layer is un-thickened so that it can flow freely enough to find its way into all the crevasses and engravings of the master/pattern. later laminates of this rubber are thickened to increase build-up till the optimum wall thickness of the glove mold -- about 1/4" -- is achieved.Who is John Galt?Comment
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Why not just cut the master in half then glue them onto a flat board?Make it simple, make strong, make it work!Comment
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Cutting a master is always dangerous, as it can deform and bend, resulting in a grp hull with non-fitting halves. That's why I always make solid masters, use parting planes, and try to generate rigid molds. If you want separate masters, then you have to start making the master demountable right from start. But there will still be the risk of warpage and bending.Comment
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Cutting a master is always dangerous, as it can deform and bend, resulting in a grp hull with non-fitting halves. That's why I always make solid masters, use parting planes, and try to generate rigid molds. If you want separate masters, then you have to start making the master demountable right from start. But there will still be the risk of warpage and bending.Make it simple, make strong, make it work!Comment
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Are you adding registration points on the tool after moulding, or is the intention to join the parts outside of the tool?Comment
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DavidWho is John Galt?Comment
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