Inconsistent alignment and shifting of heavy vehicle components during high-speed conveyance or painting cycles. Eliminating movement prevents coating defects and mechanical interference.

Inconsistent alignment and shifting of flexible or small magnetic components during high-speed robotic handling. Precise spatial control prevents assembly errors and mechanical jamming.

Thin or flexible components lack structural rigidity during handling. Preventing unintended shape changes during machining ensures dimensional accuracy and prevents part damage.

Manual or imprecise positioning during assembly leads to structural misalignments and mechanical failure. Precise spatial control ensures consistent manufacturing quality and reduces assembly rework.