Usually shops use vacuum fixtures for large parts like that to prevent the part warping while it’s being milled. But to prevent warping in the final product usually it will be roughed out on one side, flipped, roughed on the opposite side, flipped, shimmed in a free state, finished, flipped, and completely finished without shim. That will usually help a lot, but parts like that often have a wide straightness tolerance.
Very cool….
Fantastic machines! Congratulations! Just a question. What CAM software was used to program these machines? Thanks a lot!
They probably used catia manufacturing
Maybe a couple hundred million people
拆飛機時拆了好多
this part probably buckles a couple of millimeters... how do you control that?
Usually shops use vacuum fixtures for large parts like that to prevent the part warping while it’s being milled. But to prevent warping in the final product usually it will be roughed out on one side, flipped, roughed on the opposite side, flipped, shimmed in a free state, finished, flipped, and completely finished without shim. That will usually help a lot, but parts like that often have a wide straightness tolerance.