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Once you draw your part you can draw your stock size and get an idea of how mach material you will have to remove.
You will have to rely on the machine shop experience to determine how much a certain cutter can remove without breaking.
Once you get the basics it will become easier
Futchoy 8-55MM/50mm-75mm Wire Control CNC Self-Centering Vise Precision Milling Machine Vise Clamp Electrode Fixture Machining Parts Tool Kit (8-55MM) https://a.co/d/aUbDfFy
I don't know why it didn't come as a link. But this is the Aisn number.
B09PDHL7MP
It sounds like it's trying to make a compound angle. I get that warning if I post from my Camplete Machine def from mastercam because the post is only a 4 axis post on a 5 axis definition.
We have a few of those RWP 502 vises.
The Jaws lift up when you tighten it because of the design. I'm not sure if the new version fix that or not.
They hold well though.
When we use our 5 axis as 3 axis machines we use a copy of a 4 axis post we made and put A0C0 in pcout .
It is possible to run the machine and have the 4th and 5th axes not at zero. I had this happen with a hand written program for fly cutting. At the very least you can put the A0C0 coded with out the clamp and unclamp and it will wait instead of cutting on an unwanted angle
if you set it to not finish you will get warnings you cant get rid of when you try to edit the tool until you check it as finishing. this is by far the worst warning dialog mastercam offers.
Yea, sometimes you can use pocket with high speed roughing pattern and do the .5x down .5x over and really rip it out in aluminum. But you need the horsepower to avoid alarms. dynamic uses less horsepower and can keep the flute wear more even.
When I did it it was a for an angles hole before we got the 5 axis machines. First I made the fixture with the locators and hole for the ball. I cut the surfaces with the same tool.
Then flipped it over and machined the angle. I used the relative screen and indicator to make sure I had the angle right.
Then when I put it in the vise it was on the correct angle. I indicated the ball and touched off the top and set the bias to half the ball.
We have an old grinder dedicated for this. It has some sort of sliding jig with a micrometer head on the end.
You can also use a whirly jig and a skinny cutoff blade on a grinder too.
I always use user selection. it doesnt check collisions for surfaces you don't check.
Ive noticed for clearance when you select plane it uses the top view. so the front of the part would be y- clearance plane
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