Sure, but give me the list first and let’s run it through a quick sanity check—I'm not going to let a shiny idea slip by without spotting every hidden cost.

1. Tightening too much costs future replacement parts and downtime – it’s cheaper to set the torque spec and stick with it. 2. Speeding the conveyor saves time on paper but actually bumps up collision rates, increasing maintenance and product scrap. 3. Skipping torque checks is a silent productivity killer; the next time a bolt loosens you’ll lose a whole shift to re‑torque. 4. Poor guarding means worker injuries and insurance hikes—no one likes that line of work. 5. Misaligned sensors add latency to corrections; the line will keep running with offsets, eroding quality. 6. Inconsistent thickness forces the press to re‑adjust for each batch, draining operator time and machine life. 7. Without vibration data you’ll only see the symptoms after a major component fails—prevention is a lot cheaper. 8. Insufficient cooling shortens die life and increases heat‑related failures; the cost of a die replacement far outweighs the cooling upgrade. 9. Wobbling parts induce surface defects and accelerate wear on tooling—end up replacing more parts than you think. 10. A missing fail‑safe can mean a catastrophic halt and legal penalties; adding a redundant emergency stop is trivial compared to a shutdown.

Sounds good, just make sure the numbers line up before you start tightening anything—no one likes a torque spec that’s off by a fraction. Let's keep the line humming and the budget breathing.