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Real-time optoelectronic displacement transmitters and spatial calibration targets that keep automated structural steel fabrication within sub-millimeter trajectory accuracy.
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Real-time seam tracking catches drift before the weld cools. One plant reported dropping rework from 12% to 4.8% in the first month after installing LT-200 sensors on their gantry robots.
A CalSphere target replaces a full-day manual calibration routine. Operators place the frame once, run the robot through six reference points, and the workcell is ready. Setup time drops by 40% with no loss in accuracy.
OptoGauge D-500 outputs both 4-20 mA and RS-485 simultaneously. That means you keep your existing PLC logic and still feed live displacement data to your MES or edge gateway. No middleware, no custom drivers.
IP67-rated housings and hardened optics let our sensors sit 200 mm from the weld arc. One customer in a heavy-plate yard ran LT-200 units for 18 months without a single lens replacement.
LT-200 talks directly to your robot controller over EtherCAT or Profinet. The trajectory correction happens inside the existing control loop — no separate motion controller, no additional cabinet.
Every claim comes from field data collected across six structural steel plants in India and Southeast Asia. We publish the measurement logs — no marketing fluff.
Explore our laser alignment sensors, calibration targets, and technical articles for robotic weld seam tracking.
Real-time weld seam alignment sensor with ±0.05 mm repeatability for robotic welding in structural steel fabrication. Integrates via EtherCAT or Profinet.
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