Correction method and system for surface mounting machine importing production data

Abstract

The invention relates to a correction method for surface mounting machine importing production data comprises that: a user needs to submit necessary production data; a production result can be directly previewed by a client; the client can submit an error compensation value by himself, wherein the error compensation value is stored for long term and the user does not need to submit a compensation value for second time; and a factory can directly use compensated data. The correction system for surface mounting machine importing production data comprises a gerber analyzer, a member database, a bom analyzer, a compensation submission module and a steel grid boring testing module. The gerber analyzer can be used for analyzing circuit board production data of the user and producing a simulation circuit board; the member database comprises a member simulation graph; the user coordinate file analyzer is used for importing coordinate data of the user to a system, wherein the coordinate data has errors; the bom analyzer is used for importing material information used by the user to the system; the compensation submission module is used for the user to check the error and submit the error compensation value; and the steel grid boring testing module is used for checking quality of steel grid boring. Through the correction method and system of the invention, the factory does not need personnel to check members, coordinates and angles. The correction method and system for surface mounting machine production data introduction greatly reduce human resource usage of the factory and improve production quality and efficiency.

Description

technical field [0001] The invention belongs to the field of patch technology improvement, in particular to a correction method and system for importing production data into a chip mounter. Background technique [0002] The production of the placement machine needs to be pre-programmed to tell what material to use and where to mount it on the circuit board. There are currently two ways to obtain the information required for the generation of this production program. 1. Manually obtain material type, placement position and angle information. Second, use the bom (bill of materials) table and coordinate file data exported by the circuit board design software to import and obtain information. Labor costs are high and reliability is poor. The bill of materials file used for data import, because the BOM table format output by each circuit board design software is different at present, there are certain difficulties in identification. Coordinate information files not only have ...

AI Technical Summary

Problems solved by technology

Moreover, this kind of review requires sufficient technical background and great meticulousness.

extremely inefficient

At the same time, because the data of the solder paste layer is inappropriate (the size of the opening of the stencil, the position is not appropriate), resulting in too much or too little printed solder paste, resulting in production quality defects (connected tin, less tin, etc.)

Images