Force sensing on calibration rollers tracks shell overlap width, helping stabilize roll seam welding and reduce tool wear.
Servo-matched roller speed enables slip-free blank transfer during rounding, reducing edge damage, scrap, and weld defects in can body production.
A two-pass seam weld with immediate and second annealing tempers brittle martensite in high-strength steel, reducing cracks and improving ductility.
Measured calibration force reveals seam overlap during roll welding, helping stabilize container body production and reduce tool wear.
A welded spacer interlayer enables resistance joining of non-weldable metals, avoiding cold cracks, embrittlement, and added forming cost.
Segmented Z-bar guides compensate for sheet metal rebounding during translation, enabling precise edge alignment for high-strength steel seam welding.
Segmented seam and spot welding reduces distortion during bending while maintaining torsional rigidity.
An electric resistance welded steel pipe with optimized chemical composition and microstructure.
A pre-rounding element uses an electrically controllable actuator to adjust pressurization on sheet metal blanks during operation.
A seam welding system adjusts electrode roller orientation to maintain constant pressing direction.
Interleaved upper and lower forming rollers maintain a convergence angle below 4 degrees to eliminate twisting and irregularities in dual seam welded tubes.
An automated measuring device positions a rotating roller to align the reference wheel vertically below a fixed point.