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DMC Software
Perfect for additive manufacturing, OEM integration and R&D, DMC is a software for laser machines. DMC handles all the steps of the process, from path generation to machine control. DMC is flexible, open and hardware independent. It saves time and enables the user to perform complex processes easier. Use it for applications from 2D to 5D, either subtractive or additive, involving multiple tools and intricate setups. DMC provides fully customized software packages for laser machine integrators. Software will be adapted to your hardware and application. A custom branded HMI can be created to match your existing software.
DMC Automatic Galvo Scanner Calibration with Machine Vision
This video showcases the powerful capabilities of DMC (Direct Machine Control) in automatic galvo scanner calibration using advanced machine vision. The demonstration includes a complete calibration workflow: marking a cross matrix, utilizing machine vision with an X-Y stage to precisely locate each cross, detecting cross centers through computer vision, measuring the deviation between designed and actual coordinates, and automatically generating and applying a calibration file. This seamless process enhances accuracy and efficiency, ensuring precise laser processing with minimal manual intervention. Watch the video to see DMC’s cutting-edge automation in action!
DMC Automatic CAD Alignment with Machine Vision
This video demonstrates the automatic alignment function of DMC (Direct Machine Control) for industrial production applications, leveraging advanced machine vision technologies.
Depending on user requirements, DMC supports advanced pattern detection methods, including cross, grid, line, corner, edge, circle, blob, ellipse, and rectangle detection.
CAD Alignment allows selecting parts of CAD to align to. The user selects the fiducials on the CAD, and then the program can automatically detect the actual fiducials on the sample to align the CAD according to it. The fiducial can be detected in the center of the CAD object's area, which means that sometimes the fiducial is outside the object's trajectory.