OMDQuickWeld

ZERO CODING
WELDING ROBOT
STATIONS

No Need for a Professional Robot Programmer!

One welder/operator can manage 3 to 4 robotstations.

Define the required weld type

02

Automatically generate the welds

03

Select the welds you want to execute

04

Adjust the approach angle of the welding gun

05

Position the raw workpiece

06

Robot scans the partusing a laser scanner

07

Robot welds the part

08

Robot motion algorithms coupled with self-developed calibration modes and measurement equipment to ensure the accuracy of the robots.

Multi-layer & Multi-pass Welding

Torch-to-work tracking uses measurements from the center of the weave pattern, while cross-seam tracking relies on side measurements. Corrections are based on stick-out differences between the sides.

Minimum swing for tracking: 1 mm

Swing Arc Tracking

Manual groove preparation often results in poor quality and assembly errors.

Deformation during assembly can cause uneven gaps.

Tack welds, holes, gaps, and similar features require precise adjustments to the welding gun position and process.

All these adjustments are handled automatically using

Adaptive Welding