The same Solder Paste can show significantly different performance on different machines, which is often related to mismatched equipment parameter settings.

Insufficient squeegee pressure or excessive speed during solder paste printing will lead to uneven solder paste distribution and affect soldering quality.

Poor contact between the stencil and the PCB during the printing process can easily cause solder paste skipping or edge starvation.

Changes in the viscosity of the solder paste itself directly affect its fluidity, so regular testing and control of the storage environment temperature are required.

Inadequate cleaning of equipment nozzles may cause blockages, preventing the solder paste from being released evenly.

Operators failing to follow standard procedures, such as not calibrating the printing position or not checking stencil flatness, will also affect the final result.

Failure to perform first-article confirmation promptly after printing may overlook initial abnormalities, leading to batch issues.

Solder paste printing adaptation must be combined with specific equipment performance, and parameters can only be adjusted through repeated testing to achieve the optimal state.

Maintaining stable equipment operation, performing regular maintenance, and recording changes in key parameters help reduce printing fluctuations.

Selecting a suitable solder paste model and ensuring good compatibility with the equipment is the foundation for improving printing consistency.