TRUMPF Introduces TruLaser Weld 3000 AI-Assisted Laser Welding Cell

Explore the TRUMPF TruLaser Weld 3000 AI-assisted laser welding cell, its potential for high-mix sheet metal production, and key procurement checks to guide your automation investment.

TRUMPF Launches AI-Assisted TruLaser Weld 3000 at EuroBLECH 2026

Discover TRUMPF TruLaser Weld 3000 at EuroBLECH 2026: a compact, AI-assisted laser welding cell that halves CAD-to-program time for high-mix, small-batch production.

When does robotic welding pay off for industrial production in India?

Industrial welding technology India: when does robotic welding pay off? Explore ROI, weld quality and utilisation to make a smarter, more confident automation investment.

How to reduce porosity in robotic MIG welding of stainless steel

MIG Welding stainless steel with robots? Learn how to reduce porosity by checking shielding gas, cleanliness, and torch setup—cut rework and improve weld quality.

Why Does Weld Quality Drift in Robotic Cells Over Time?

Why does weld quality drift after a robotic cell has been running for weeks? Discover root causes and prevent costly defects with practical troubleshooting steps.

When does welding automation in shipbuilding pay off for large hull sections?

Welding automation in shipbuilding pays off for large hull sections when repeatable seams, stable fit-up, and high utilization cut rework, protect schedules, and improve ROI.