Shift in the shaft. 🔧

In highly complex automation systems, one topic is often underestimated:

👉 NIO handling (NOK)

Because of course: Everyone optimizes for quality and minimal scrap rate.

But what happens when parts still need to be rejected?

In the picture, you can see the drop shafts installed in a 3 × 9 m system. Here, over 20 stations perform assembly, testing, and measurement tasks, which for NIO management means:

➡️ Multiple drop shafts

➡️ Clear NIO classifications

➡️ Continuous monitoring & counting

Sounds simple – it isn’t.

The reality in engineering:

✅ No jamming in the shaft

✅ Safe arrival in the correct box

✅ Master different component geometries

✅ Ensure 100% clean software logic

Why this is crucial:

NIO is not an exception – it is an integral part of the process.

And this is exactly where stable automation separates from fault-prone automation.

💡 Takeaway:

The scrap rate should be minimal – no question.

But a truly good system is recognized by how precisely it handles all eventualities.

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