In modern manufacturing, there is one critical step that is often overlooked: inspection. Whether it is a chip smaller than a fingernail or a connector with hundreds of tiny pins, even a tiny deviation of just a few microns (about 1/10 of a human hair) can lead to product failure or even a full batch […]
Navinertia Tech: Helping Factories See Clearer, Measure Smarter, and Build Better Read More »
In semiconductor manufacturing, quality inspectors deal daily with parameters like wafer thickness, lead coplanarity, bump height, and warpage. Choosing the right measurement equipment can significantly improve inspection efficiency while reducing misjudgment and rework. This article explains, from a real production-floor perspective, how a chip coplanarity measurement system and a wafer thickness measurement system work in
You know the feeling. You’re inspecting a batch of stamped parts—maybe doors, maybe support beams—and the measurement data is… inconsistent. One operator gets one number, another gets a slightly different one. The same person measures the same part three times and gets three variations. It’s frustrating, and in the world of automotive manufacturing, it’s a
For quality engineers in connector, PCB, and precision component manufacturing, one question keeps coming up:“We need to measure 100+ pins per part, with ±3μm tolerance. Calipers take 40 minutes per piece. How can we speed this up without sacrificing accuracy?”The answer is increasingly clear: vision measurement systems (VMM) — also called video measuring machines or 2D CNC
How Vision Measurement Systems Solve Connector Pin Pitch Inspection Challenges Read More »
