Why Did My Z Axis Dive Into the Chuck on G28? The Real Cause
G28 moves through an intermediate point you specify, in the active coordinate mode. In G90, G28 Z0 goes to workpiece Z0 first, which can be inside the chuck.
Posts tagged Crash from the G-Code Sprint team.
G28 moves through an intermediate point you specify, in the active coordinate mode. In G90, G28 Z0 goes to workpiece Z0 first, which can be inside the chuck.
A boring bar hits the back of the part when the Z depth runs too far: wrong depth, wrong Z zero, an absolute mix-up, or a bad retract. Here are the causes and fixes.
A missing decimal point can make a G-code move 1000 times too big or too small, depending on the control's setting. Here is why it happens and how to avoid it.
AI-written G-code crashes because the model does not know your machine, offsets, tools, or fixtures, and it can invent codes that look right. Here is what to check.
A G00 rapid moves at full speed, so a wrong offset, tool length, or start point turns a small mistake into a crash. Here are the usual causes, explained for learners.
A Z-axis plunge crash usually comes from a rapid into the part, a wrong tool length offset, or a missing retract. Here are the code mistakes behind it, for learners.