Our next event is LASYS in Stuttgart from June 21st to 23rd, booth 7D31 in hall 7

Laser cutting and welding

DMC software allows defining cuttings or welding trajectories in 2D or 3D. Special tools allow optimizing trajectories or even use cameras for seam tracking.

  • Multiple Input Types
  • 3D Projection
  • Lead In/Out and Pierce Time
  • Optimize the Process

Import CAD, define process and RUN

DMC supports multiple file formats and allows drawing new ones. Use various process-specific tools to define the process. DMC controls the hardware to do the job.

Multiple Input Types

DMC allows the user to either import CAD data or create complex trajectories within DMC. Not only that but also machine vision can be used to capture the seam and adjust the path based on that.

In combination with the scanner and using Scanlab's Open Interface Extension, it is also possible to have a closed-loop parameter control based on the sensor input.

Multiple Input Types

3D Projection

3D projection is a useful tool that allows projecting 2D trajectories on 3D surfaces to get a 3D trajectory for welding or cutting.

Or using wrapping tools the user can place patterns on tubular parts. All those tools allow for an easy and visual way to define process trajectories.

3D Projection

Lead In/Out and Pierce Time

DMC has tools that allow defining lead-ins and outs with piercing time to pierce the part and ease into it the actual cutting path.

Lead In/Out and Pierce Time

Optimize the Process

DMC is designed for laser processing and allows the user to adjust the process in multiple ways to get good results.

There are tools for smoothing the trajectories so that the stage could move in a controlled trajectory without stopping at the corners, control for dedicated motion parameters, path sorting, beam spot compensation, and more.

Optimize the Process