Operation Failed Due To Geometric Condition Sheet Metal

For some of reason sometimes only one of the two will work for the same operation.

Operation failed due to geometric condition sheet metal.

Like show 0 likes 0. Operation failed due to geometric condition. Sheet metal operation gives many advantages over forging or casting process which makes it a most versatile operation. Regardless your surface has to be completely knitted and often it s best to ensure its boundary completely overlaps the to be cut body.

Then placing sheet metal on a die against a auto stopper block or a gauge to position the part. Cutting surface failed due to geometric condition. Sheet metal won t flatten simple part. Question asked by austin prater on aug 18 2016 latest reply on aug 19 2016 by brad.

If the software is smart enough to recognize that an operation won t work because of a geometric condition how about letting me know what the geometric condition is so i can fix it. The mechanical press operated continuously at 32 strokes per minute. Will there be more in the future. Covid 19 coronavirus disease.

Operation failed due to geometric condition. 2a as governed by the geometry and kinematics of the press and tooling system and the press crankshaft rotational speed. The metal desk which you used for arrange your books is a sheet metal product. Punch es and the mould die provide the necessary bending forces or pressures.

A typical sheet metal bending operation involves mounting a punch punches and mould die on a press which controls relative motions between the punch and die. Solidworks operation failed due to geometric condition. Pantelis karamailis 6 jan 2016 06 03 pm hello i ve been working on the f1 in schools competition. Operation failed due to geometric condition appeng mechanical 21 jan 08 09 45 its hard to tell from that picture really but lets think about this a bit.

Same thing with the zero. Question asked by thu win on mar 17 2016 latest reply on mar 24 2016 by feroz mahomed. At this press rate the punch speed is approximately 300 mm s at the beginning of the forming operation and reduces to 0 mm s at the end of the 40 mm forming stroke see fig.