Welding — AI-assisted robotic MIG/TIG/laser
Vision-in-the-loop welding. AI monitors arc signature, bead geometry, and seam tracking to adjust wire-feed, current, travel speed, and torch angle in real time — dropping defect rates and reducing rework.
概要
Robotic welding is deterministic on paper and chaotic in reality. Part fit-up varies by tenths of millimeters, wire spool diameter shifts as it empties, shielding-gas pressure drifts, and tacks move slightly between jigs. Every one of those factors changes the weld — and most welding cells still run on static recipes.
Inspection catches defects after they are sunk cost. A single porosity stretch on a high-value structural weld can mean hours of grinding, re-welding, and X-ray re-qualification. AI Autopilot shifts defense from inspection to prevention.
BrainiAll AI reads high-frame-rate arc imagery, seam laser profilometry, and arc-signature spectra. It corrects parameters in real time to keep the weld inside the sound-weld envelope — and logs every deviation with explainability for QA audits.
Autopilotの機能
連続的・多変数制御 — 単一ループPIDではありません。アドバイザリ層アーキテクチャにより安全性はそのまま維持されます。
Live arc-signature analysis
Classifies spray / globular / short-circuit transfer at high frequency and flags out-of-envelope conditions.
Seam tracking
Laser profilometry guides torch path correction within microns of the joint centerline.
Adaptive parameter correction
Adjusts wire-feed, voltage, travel, and torch angle in-cycle as conditions drift.
Defect prediction
Flags porosity, lack-of-fusion and undercut risk from signature before inspection confirms.
Full traceability
Every bead logged with parameters, imagery, and classifier output — audit-ready under ISO 3834 / AWS D1.1.
継続的に調整される変数
AIはサークルのすべてのセンサーを読み、最適なセットポイント組み合わせをリアルタイムで解決します。
- Wire feed speed (WFS)Direct driver of deposition.
- Arc voltage & currentDetermines transfer mode.
- Travel speedBead width and penetration.
- Torch angle & CTWDGeometry-sensitive; AI adjusts during curved paths.
- Shielding gas composition / flowCritical for arc stability.
For a structural fabrication line doing 20,000 linear meters of welding per month, dropping defect rate from 2% to 0.7% directly eliminates roughly 260 meters of rework per month — a full shift of labor recovered every week.
