Laser additive manufacturing

Import multiple STL files

Multiple STL files can be imported or the same file can be multiplied. Use the 3D Printing command to combine all the objects and process them together layer by layer.

Fast slicing of large objects

Using 64-bit technology DMC handles large and complex objects most other programs just don’t. Import large STL files with millions of triangles and slice them with high resolution.

Repair of faulty STL models

Sometimes STL models come faulty. With some planes missing, or some extra ones, or with gaps and planes not joined.

Those errors prevent the filling of the slice volume and may damage the printed object.

Advanced hatching algorithms

To successfully use the STL model for additive manufacturing, its volume must be filled.

To fill the volume of the object, the user can select several types of hatching: line, cross-hatching, contour, etc.

For each hatching type, a beam spot compensation offset may be added. Several types of hatching for each layer are possible.

Automatic support generation for 3D models

Some additive manufacturing processes require supports for the models. Either to make sure overhanging parts are made correctly or to support objects for postprocessing.

Control of the process

DMC laser machining software controls machine hardware directly.

Control galvanometer scanners, positioning stages, and laser source.

Multiple Scanner Simultaneous Control

DMC enables the simultaneous use of several scanners for processing a single area.

Advanced 3D printing

The Advanced 3D printing mode gives all the flexibility and tools to create unique processes without using any code.

The user can define process parameters for individual slices and models. In some cases, there is even a way to change printing parameters in hatching line by line.

This also enables the creation of closed-loop systems. For example, according to the reading of the sensor from the previous slice, printing parameters can be modified for the next slice.