Abstract:
A component mounting apparatus includes a mounting unit that mounts an electronic component on a board, at least one component supply unit that supplies chip solder, and a control unit that controls the mounting unit to mount the chip solder, which is supplied from the component supply unit, on the board, based on production data in which a size of chip solder to be mounted on each electrode of the board is instructed.
Abstract:
An electronic component mounting system includes a screen printing apparatus, a coating unit and an electronic component mounting apparatus. The screen printing apparatus supplies a solder paste to a plurality of first lands among lands of a board, using a mask plate including pattern holes formed so as to correspond to the plurality of first lands. The coating unit includes a discharge port for discharging the solder paste, and coats the solder paste through the discharge port on a plurality of second lands other than the plurality of first lands on the board to which the solder paste is supplied through the screen printing apparatus. The electronic component mounting apparatus mounts the electronic components on the first and second lands to which the solder paste is supplied through the screen printing apparatus and the coating unit.
Abstract:
A component mounting apparatus includes a mounting unit that mounts an electronic component on a board, at least one component supply unit that supplies chip solder, and a control unit that controls the mounting unit to mount the chip solder, which is supplied from the component supply unit, on the board, based on production data in which a size of chip solder is instructed for each component terminal.
Abstract:
A component mounting line includes an inspecting apparatus and a component mounting apparatus. The inspecting apparatus measures a solder volume of a printed solder on each electrode of a board. The component mounting apparatus includes a mounting unit that mounts an electronic component on the board, at least one component supply unit that supplies a chip solder, and a control unit that controls the mounting unit to mount the chip solder supplied from the component supply unit based on production data in which a size of the chip solder is instructed corresponding to the solder volume measured for each of component terminals corresponding to each electrode of the board.
Abstract:
An electronic-component mounting system includes: mounting lines each including an electronic-component mounting apparatus; an operation information processor which collects operation information of the electronic-component mounting apparatus, applies a statistical process on the operation information, and produces operation quality information of the mounting lines; and a portable information terminal accessible to the operation information processor by wireless communication. An identification information transmission section which transmits identification information for identifying each of the mounting lines is disposed in each mounting line, and a reception section which receives the identification information is disposed in the portable information terminal. The portable information terminal displays on a display section thereof the operation quality information of one of the mounting lines located near the portable information terminal based on the identification information transmitted from the mounting lines.
Abstract:
In mounting position correction of detecting a position of printed solder, calculating a positional-shift amount between a position of an electrode and the position of the printed solder, and correcting a mounting position based on the calculated positional-shift amount, when a correction amount based on the calculated positional-shift amount exceeds a limit value which indicates an upper limit of the correction amount which is defined and allowed in mounting information, the electronic component is mounted on the mounting position which is corrected by considering the limit value as the correction amount. Accordingly, it is possible to appropriately employ mounting position correction by considering a solder printing position as a reference in accordance with the degree of printing position shift, and to obtain an expected joint quality improvement effect.
Abstract:
An electronic component mounting system includes a screen printing apparatus, a coating unit and an electronic component mounting apparatus. The screen printing apparatus supplies a solder paste to first specific lands of a board, using a mask plate that includes a stepped portion and pattern holes formed so as to correspond to the first specific lands. The coating unit coats the solder paste on second specific lands of the board which are positioned in a region of the board overlapping the stepped portion of the mask plate and a vicinity of the stepped portion when the screen printing apparatus supplies the solder paste using the mask plate. The electronic component mounting apparatus mounts the electronic components on the first and second specific lands to which the solder paste is supplied through the screen printing apparatus and the coating unit.