ADVANCED WELDING

Welding Technology

Explore Lorch and OTC DAIHEN welding technologies for advanced arc control, consistent weld quality and efficient robotic production.

Discuss Welding Technology
Robotic welding equipment operating on a workpiece
LORCH / WELDING PROCESSES

Lorch Welding Technology

MIG/MAG process options for controlling the arc, heat input and weld appearance in automated production.

Lorch SpeedPulse XT weld cross-section showing penetration

LORCH / WELDING PROCESS

SpeedPulse XT

Controlled Pulsed Welding

A stable pulsed arc for productive steel and stainless-steel welding. SpeedPulse XT controls material transfer to help reduce spatter and post-weld cleaning while maintaining consistent penetration.

  • Steel and stainless-steel applications
  • Controlled droplet transfer and arc length
  • Reduced spatter and rework

Availability depends on the selected XT process package.

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Lorch SpeedArc weld cross-section demonstrating deep penetration

LORCH / WELDING PROCESS

SpeedArc / SpeedArc XT

Focused Arc. Deep Penetration.

Concentrate arc energy to achieve deep penetration and a stable, directional spray arc. SpeedArc XT adds adjustable arc dynamics on compatible S-series systems for greater control of the welding process.

  • Focused arc with high energy density
  • Deep penetration for demanding joints
  • Potential for narrower joint preparation

SpeedArc is an optional Robo-MicorMIG upgrade. XT availability depends on the selected system.

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Lorch TwinPulse XT weld seam with a regular ripple pattern

LORCH / WELDING PROCESS

TwinPulse XT

TIG-Like Weld Appearance

Create a TIG-like finish with MIG/MAG productivity. TwinPulse XT separately controls heating and cooling phases to manage heat input, helping reduce distortion while producing a regular weld appearance on aluminium and steel.

  • Regular, visually consistent weld seams
  • Controlled heat input and reduced distortion
  • Aluminium, steel and out-of-position applications

Availability depends on the selected XT process package.

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Thin-sheet weld seam produced with Lorch SpeedCold

LORCH / WELDING PROCESS

SpeedCold

Low Heat Input for Thin Sheet

An energy-reduced short-arc process for thin steel and stainless-steel sheet. SpeedCold controls the weld pool and heat input to help limit distortion, bridge gaps and reduce spatter.

  • Thin-sheet welding applications
  • Reduced heat input and distortion
  • Controlled weld pool and gap bridging

Optional process upgrade for compatible S-RoboMIG XT systems.

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Lorch SpeedRoot weld cross-section illustrating root-pass shape

LORCH / WELDING PROCESS

SpeedRoot

Control for Root-Pass Welding

Control the root pass when joint gaps vary. SpeedRoot precisely manages current, voltage and weld-pool movement to support consistent root formation and gap bridging with the MIG/MAG process.

  • Root-pass welding with variable gaps
  • Precise weld-pool control
  • Reduced energy input through process control

Optional process upgrade for compatible S-RoboMIG XT systems.

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Lorch SpeedUp vertical fillet weld example

LORCH / WELDING PROCESS

SpeedUp

Controlled Vertical-Up Welding

Alternate controlled heating and cooling phases to support vertical-up welding. SpeedUp helps manage penetration, weld filling and fillet throat thickness, making demanding welding positions more straightforward.

  • Vertical-up fillet welding
  • Controlled heating and cooling phases
  • Consistent filling and throat thickness

Optional process upgrade for compatible Robo-MicorMIG and S-RoboMIG XT systems.

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OTC DAIHEN / WELDING PROCESSES

OTC DAIHEN Welding Technology

Synchronised welding technology developed for stable arcs, low spatter and repeatable robotic welds.