Placement accuracy verification after head calibration

SMT OEM PCB Assembly Defects: Prevention and X-Ray Inspection | gopcb

SMT OEM PCB Assembly Defects: Prevention and X-Ray Inspection An SMT OEM PCB assembly defects prevention plan starts before solder paste is printed. Contract manufacturers and original equipment manufacturers must control materials, board design, stencil quality, placement accuracy, and reflow conditions together. When one process step is out of control,…
Microsection of a multilayer board under a microscope

SMT Soldering Precautions: 12 Safety Rules for PCB Assembly | gopcb

SMT Soldering Precautions: 12 Safety Rules for PCB Assembly An SMT soldering precautions program protects operators, prevents component damage, and keeps assembled boards reliable. Hand soldering remains necessary for prototype work, rework, through-hole parts, and low-volume production, even though modern factories rely on automated SMT lines. Every soldering station needs…
Mesh and glue condition on a framed stencil

Embedded Passive Components PCB: Design and Benefits Guide | gopcb

Embedded Passive Components PCB: Design and Benefits Guide An embedded passive components PCB places resistors, capacitors, inductors, or combinations of these parts inside the board structure instead of mounting them on the surface. This technology helps manufacturers increase circuit density, improve signal performance, and reduce assembly problems. As electronics become…
copper electroplating of a PCB panel on a plating line

SMT Placement Machine Operation Tutorial | gopcb

SMT Placement Machine Operation Tutorial Learning SMT placement machine operation is essential for anyone who works on a surface mount production line. The placement machine places electronic components onto PCBs before reflow soldering. Operating it correctly prevents component damage, machine failure, and production errors. A standard SMT line includes a…