Great idea, John. What keeps the insert from digging in and rotating on the screw and possibly gouging the piston? Is it merely the friction of the insert edges on the valve face as clamped by the one screw? Thanks for sharing these neat tricks!
John, I like how you attached an insert to a valve. Very smart. I can see that this was done in Z-axis but what I can't see is if this was done manually or not. Were you turning the dials yourself?
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very very clever that thing with the valve!!!!
KAKIOYZIS 10 months ago
how about compression ratio John ?
sthalwille 1 year ago
thanks for this trick *****
SebNormandy 1 year ago
Great idea, John. What keeps the insert from digging in and rotating on the screw and possibly gouging the piston? Is it merely the friction of the insert edges on the valve face as clamped by the one screw? Thanks for sharing these neat tricks!
whatrodneysaid 1 year ago
@crombieposterboy - No, I'm only removing .020", The crown thickness determines just how much you can remove.
fiatnutz 1 year ago
Very clever....... Curious why you milled at 2 different speeds. You might guess i'm not a machinist......
515042wheelsrn 1 year ago
John, I like how you attached an insert to a valve. Very smart. I can see that this was done in Z-axis but what I can't see is if this was done manually or not. Were you turning the dials yourself?
zapwatt 1 year ago
@zapwatt - Yes, its all done by hand.
fiatnutz 1 year ago
i wish I could make my videos half as informative or interesting as yours John. lol
MegamanEXEv2 1 year ago
Very Cool.
VMATT500C 1 year ago
That's a pretty slick idea
dbenny1000 1 year ago
That's smart.
LashoutUK 1 year ago
1:00 sound slike UFO
error262 1 year ago
Great job John , I learn so much from your videos thanks.
esowon 1 year ago 2