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Rifles, Reloading, Optics, Equipment
Gunsmithing
DMLS...
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<blockquote data-quote="Deleted member 46119" data-source="post: 1335373"><p>DMLS Titanium receiver done on 20 Microns is interesting. I'm interested in the stretch/yield/burst characteristics. All the sintered products I am exposed to on a regular bases, carbide or tungsten/carbide lathe tooling does not have much stretch, bend to yield leeway. That leads me to believe the burst point would be abrupt. Same as the break/chip point on the tooling. Great for large stiff boring bars but of you crash it is catastrophic.</p></blockquote><p></p>
[QUOTE="Deleted member 46119, post: 1335373"] DMLS Titanium receiver done on 20 Microns is interesting. I'm interested in the stretch/yield/burst characteristics. All the sintered products I am exposed to on a regular bases, carbide or tungsten/carbide lathe tooling does not have much stretch, bend to yield leeway. That leads me to believe the burst point would be abrupt. Same as the break/chip point on the tooling. Great for large stiff boring bars but of you crash it is catastrophic. [/QUOTE]
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