I have some 700 LBS. cylindrical parts that I need a way to put on the machine and be able to rotate the clocking.
what it the best way to do this?
Your Products have been synced, click here to refresh
I have some 700 LBS. cylindrical parts that I need a way to put on the machine and be able to rotate the clocking.
what it the best way to do this?
If they are straight cylinders, and there is not even a single feature except for the straight walls and the faces, you will just have to use machine axis for rotation. If it were me I'd probably try to find some sort of score mark on the face that stands out
Sorry about that. I overlooked the "put on machine" part when reading your statement. Others here who measure these large parts have had them dropped off with a forklift on a pallet. Or some have access to cranes for lifting them onto the CMM. Adjust clocking while part is lifted by the crane. I can't say I'd be able to safely do it myself without a crane.
I have a 10-ton gantry crane that goes over both my machines. If you are looking for 'a lift', well, not much we can do about it. as for proper clocking, that's what the alignment is for.
I have a 10-ton gantry crane that goes over both my machines. If you are looking for 'a lift', well, not much we can do about it. as for proper clocking, that's what the alignment is for.
I have a crane, setting the part down is not the issue, what I do now with the not so heavy parts is set the part on the table and then push it against two standoffs to locate the part and my program will move the probe over a hole and then the operator will rotate the part keeping it up against the standoffs so the probe is centered over the hole, this is how I get the proper clocking of the part so my probe angles work good.
but with this heavy part I will not be able to move it by hand or rotate it.
with GOOD ground blocks for it to sit on, you should be able to rotate it as much as you want to, just don't put 'part' on 'table', put it on precision ground parallels. I can slide 3-4 ton items on the table when on good parallels.
© 2024 Hexagon AB and/or its subsidiaries. | Privacy Policy | Cloud Services Agreement |