Why stencil analysis matters in PCB productionIn PCB manufacturing, small details often determine whether a build runs smoothly or creates avoidable quality issues. Insufficient paste coverage or an unfavorable relationship…
What if your BOM could do more than list parts?In many engineering workflows, the BOM is still treated as a static document: reference designators, quantities, values, done. For complex PCB…
Component data in design contextIn complex PCB projects, technical completion is not the same as manufacturing readiness. A design can look perfect on screen and still fail later because of…
See PCB test coverage in secondsHow much of your PCB is actually covered by test? The Test Coverage Report in PCB-Investigator answers that question fast, visually, and based on real…
Turn component data into usable documentationIn PCB development, it is not enough to create a working layout. Teams also need documentation that is structured, easy to review, and immediately useful…
Why manual PCB comparison slows down reviewsIn PCB development, design comparisons often become a bottleneck. When revisions, variants, or layout updates are checked manually, the process takes time and the…
Panelization should not be the bottleneckPCB panel creation is one of those steps that can quietly consume a lot of engineering time. The Panel Builder plug-in in PCB-Investigator is built…
PCB manufacturing slows down where systems stop talking to each otherIn many production environments, the biggest delays are not caused by the machines themselves, but by the handoffs between tools,…
Why a design report matters in the PCB workflowIn many development projects, time is lost not in the PCB design itself, but in follow-up questions, incomplete documentation, and unclear handoffs…
See PCB test coverage gaps before they become production risksIn electronics manufacturing, the critical question is not only whether a board was tested, but how complete that test coverage really…