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Introducing The Deflator
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Fresh off the mill.


Big relief, I'm now certain I can do these on my VMC. Everything is looking good just need to fine tune a few of the tool paths and add a few to clean up some burrs. Hopefully I can get that done tomorrow, we'll see. For now I'm pretty stoked, in a few days we can move on to the Deflator machining.Comment
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So square! I love it. Can I buy it like that?Fresh off the mill.


Big relief, I'm now certain I can do these on my VMC. Everything is looking good just need to fine tune a few of the tool paths and add a few to clean up some burrs. Hopefully I can get that done tomorrow, we'll see. For now I'm pretty stoked, in a few days we can move on to the Deflator machining.
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Someone may have already asked, but is there any reason this can't be pump milled?
Er wait, foolish question. It's unibody, so of course it won't be pump millable, right?Comment
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I've been thinking about that for awhile now and you're correct it can't be pump milled in the traditional sense. However I do believe I could do a pump version with some design changes.
This body is neither standard or a uni-body.
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uni body is a uni body, putting "hidden" in front of stuff doesn't make it special :PComment
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Not possible yet, no cut out for the valve assembly. That's in the next machining operation, this is where I ended my LONG a$$ day, patience grasshopper. Besides finishing the machining, there is a long list of concerns that need addressed before I start testing. I can do "real time" updates or sit on the updates until it's ready to ship. :)
As far as difficulty goes this is less difficult than other stuff I've done. My biggest hang up initially was finding tooling to make it on a VMC rather than a lathe.this is your first public body from scratch.
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