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Views: 0 Author: Site Editor Publish Time: 2025-09-24 Origin: Site
The pick and place machine is one of the core devices of the SMT production line. The normal and stable operation of the pick and place machine directly affects the production capacity of the entire line. Therefore, the daily maintenance of the pick and place machine and the programming of the machine are crucial factors influencing the machine’s normal operation. The programming of the pick and place machine varies slightly by brand, but the basic steps of pick and place machine programming are generally similar.
Pick and place position information: including position, coordinates, angle, etc. The customer will provide the corresponding BOM list, samples, and positioning diagrams;
Basic information of the PCB: such as length, width, and thickness;
Mark point information: optical mark coordinates and parameters;
PCB assembly information: how many boards are connected;
Material information: material part number specifications and parameters;
(There are two phases in pick and place machine programming: offline preparation and online debugging)
Prepare the BOM list table provided by the customer. The programming of the pick and place machine needs to be completed on a computer, so prepare the electronic document, preferably in Excel format;
Extract coordinates (select different corresponding operation methods based on the files provided by the customer)
If the customer sends coordinates in an Excel or txt document, the programming software can directly merge the coordinates with the BOM table;
If the customer sends a PCB file, you need to export the coordinates yourself;
If the customer provides a material list but cannot provide coordinates, a scanner must save the PCB scan in CAD format, then merge the coordinates and BOM, and check for missing, misaligned, or duplicated items. If there are any issues, contact the customer for confirmation; if none, save it in the format required by the machine;
Import the programmed file into the pick and place machine;
Find the origin point and create a mark;
Calibrate coordinate positions;
Optimize and save, recheck component orientation and data;
Power on and confirm the first piece;
Dual-arm combined placement enables the fastest placement speed of 84,000 CPH (under our optimal conditions).
High-Efficiency Integrated Placement Head Configuration (Quick and Easy Setup)
Peak Performance: 42,000 CPH (Under Optimal Conditions)
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