@glorymaq

Why use FANUC's secondary development for optimizing alignment/centering/precision adjustment? Traditional tool setting, workpiece centering, and accuracy adjustment rely on manual operations (e.g., trial-cut tool setting, edge finder centering), leading to low efficiency, large errors, and poor consistency​ (e.g., ±0.02mm manual tool setting error, cumulative deviation in batch production). FANUC secondary development enables automation via macro programs, PMC real-time monitoring, and FOCAS data acquisition, achieving: Tool setting: Auto-measure tool length/radius, integrate sensor data (contact/laser tool setter); Workpiece centering: One-click calculation of center (supporting rectangular/circular/irregular parts); Accuracy adjustment: Auto-compensate backlash/screw pitch error, monitor machining accuracy in real time.

♬ 原聲 - glorymaq

Why use FANUC's secondary development for optimizing alignment/centering/precision adjustment?

Traditional tool setting, workpiece centering, and accuracy adjustment rely on manual operations (e.g., trial-cut tool setting, edge finder centering), leading to low efficiency, large errors, and poor consistency​ (e.g., ±0.02mm manual tool setting error, cumulative deviation in batch production).
FANUC secondary development enables automation via macro programs, PMC real-time monitoring, and FOCAS data acquisition, achieving:
Tool setting: Auto-measure tool length/radius, integrate sensor data (contact/laser tool setter);
Workpiece centering: One-click calculation of center (supporting rectangular/circular/irregular parts);
Accuracy adjustment: Auto-compensate backlash/screw pitch error, monitor machining accuracy in real time.

✅ Efficiency Boost: Tool setting/centering time from 10min→2min, auto accuracy adjustment;
✅ Error Reduction: Manual error ±0.02mm→system comp ±0.005mm;
✅ Consistency Guarantee: Batch part center/size deviation ≤0.01mm;
✅ Simplicity: One-click macro, no experience required.