A working apparatus corrects the center position of a component mounting mechanism using imaging displacement data to ensure precise placement.
A rotary mounting head uses dedicated pressure control valves to supply positive pressure for rapid component release at the mounting position.
An orthogonal groove prevents backup pin slippage during mounting device movement, resolving reliability issues without increasing structural complexity.
Automated feeder maintenance device cleans feeding mechanisms and measures backlash to ensure consistent operational quality.
Independent X, Y, Z movement of two chucks inserts wires into complexly arranged holes without increasing control complexity.
A component mounting machine compares abnormality data from two distinct nozzle configurations to isolate defective nozzles or holders.