A component mounting apparatus adjusts target position to ensure proper contact.
A component mounting system extracts specific image data from memory based on inspector abnormality information to facilitate defect investigation.
A splicing tape management system stores identification codes linked with usable time limits to track adhesive performance.
Dynamic inspection areas adapt to component geometry, eliminating pseudo-defects from manufacturing tolerances.
A head-side feeder moves to any position on the mounter plane, allowing component holding tools to contact components at pickup and mounting positions.
A feeder rear section features a guiding groove that directs carrier tape into the insertion path for stable feeding.
A component mounter applies offset corrections only when calculated values exceed a threshold.
A component feeding device uses a sliding stage to position parts for pickup.
A feeder control system manages sprocket rotation direction to prevent tape removal during rewinding operations.