Arc Seam Tracking

Seam Tracking, also known as Joint Tracking, involves real-time tracking just ahead of where the weld is being deposited. This allows for not only robot or machine trajectory shifts, but also adaptive control such as adjustments to voltage, wire feed, or travel speed to change weld bead formation.


AUTO-TRAC/E is a complete 3D laser-vision system for joint tracking and adaptive process control designed for special purpose welding machines. Fully integrated standard system which includes laser camera, control unit, actuators, teach pendant, and ready-to-use software. AUTO-TRAC/E is designed to operate on any joint preparation ranging from sheet metal to heavy plate complex grooves.

Image courtesy of Advanced Welding Methods

AUTO-TRAC/E™ Image courtesy of Advanced Welding Methods


The QUICK-SCAN is a compact and cost efficient laser-vision system designed for seam finding, joint fit up monitoring, 3D program shifting, welding inspection, and teaching. It includes high-speed 3D robotic mapping capabilities to generate precise points cloud. The QUICK-SCAN is used for applications that require pre- and post process measurements and inspection while keeping the overall footprint as small as possible.



Intelligent 3D vision system for joint tracking & adaptive process control. The MICRO-TRAC/CO-S vision system is designed for special purpose welding machines and ready for customer’s actuators (not included) using CANopen LXM28A Schneider single motion servo drive systems (not included).



POWER-TRAC 4.0 system which is the product offered by SERVO-ROBOT for robotic real-time seam tracking, offline seam finding and adaptive control. In seam tracking mode, the tool trajectory is modified continuously to compensate for part position variation. In seam finding mode, parts and/or features position is measured first to offset the robot path accordingly.

Image courtesy of REIS Robotics (China) Co., Ltd.

POWER-TRAC 4.0™ Image courtesy of REIS Robotics (China) Co., Ltd.

We are using cookies on our website.

Please accept or decline our tracking cookies. If you choose to decline, there will be no data tracking when you visit our website.