Measure → Decide → Correct. A FANUC FOCAS2-integrated terminal that compensates for tool wear on its own, without a human touch. Offsets keep adjusting themselves even at night and on weekends.
It automatically reads measurement values from the NC and returns only the offsets that pass the AI Golden Curve and multi-stage safety checks back to FANUC.
When you rely on manual measurement and input, quality depends on the operator and the time of day.
Every measurement cycle repeats the same manual labor: an operator measures the dimension and enters the offset by hand.
The timing and amount of correction hinge on operator judgment, so results vary widely.
During unattended hours there is no one to catch the wear, so dimensions easily exceed their limits.
By the time wear is caught late, tens to hundreds of parts have already fallen out of spec.
Collects per-tool wear/dimensions and spindle load reported by the NC in real time via FOCAS2.
Uses triggers such as Golden Curve deviation, load increase, and measurement arrival to calculate whether and how much correction is needed.
Approves only correction values that pass the upper/lower limits, single-shot maximum, MSTR, and zero-value checks.
Automatically writes the approved offset to the FANUC controller and records it in the history.
From Golden Curve learning to automatic correction, multi-stage safety checks, and history data, presented through actual operating screens.
Operators break free from simple measurement and input to focus on verification and operation, and quality becomes uniform regardless of the person or time of day.
| Integration Method | FANUC FOCAS2 (Ethernet) · default TCP port 8193 |
|---|---|
| Target Controllers | FOCAS2-supported FANUC NC (0i / 30i series, etc.) |
| Machining Type | Lathe (T · G41/G42) · Milling (M · G43/G44) auto-detection |
| Correction Target | Geometry / Wear offset · H / D |
| Correction Mode | OFF · MANUAL · AUTO |
| Automatic Triggers | Measurement arrival · load increase rate · correction cycle · elapsed time · Golden Curve deviation |
| Safety Mechanisms | Upper/lower limits · single-shot maximum correction · MSTR check · zero-value check · tool inspection alert |
| Display Unit | mm / ㎛ switching (internal storage always in mm) |
| History · Export | Correction · measurement · production history + CSV export |
※ AutoOffset's core technology (3-State mode, measurement-triggered auto correction) is Seungbin Hitech's proprietary technology, patent application in preparation.
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