Planning three-dimensional machines for sheet metal cutting to carry out projects and ideas: this was the goal of our engineers and programmers team behind the development of SI [CUBE].

The result is a software that can import a detail from a 3D CAD environment, edit and develop the ideal cutting path for its realization. No collision: SI [CUBE] avoids collisions between the head of the cutting machine and the tool and gives the operator the option of changing from time to time its angle.

Design and build the perfect details

SI [CUBE] presents itself as a mix of features, from the management tools to the integration with the CAD environment.

Among the special features achievable using the software is the automatic calculation of the special support to work with, as well as that of the attacks and cut paths. SI [CUBE]provides to indicate a unique installation sequence which excludes any error, and to impose a control to the position of the head; along the way software still manages collisions between the machine head and the details to be processed.

Maximum accessibility, Zero training

The goal of SI [CUBE] is to allow the user to achieve tangible benefits in the everyday operations through optimisation of working times driven to the peak.

By SI [CUBE] you can capture the detailed geometry in IGES and DXF formats, as well as interface with other CAD systems.

At every stage of the process it is also possible to change the position of the head and the cutting parameters.

But that’s not all. The seamless integration with SI [CAM] systems and Libellula.CUT, in addition to SI [TUBE], makes SI [CUBE] an effective and efficient automation software that streamlines business operations leading to considerable savings in terms of time, manpower and money.


The three-dimensionality immediately available

  • Integrated portal to the functionality of the program management
  • Integrated CAD environment for designing and importing files
  • Automatic calculation for work piece support
  • Assembly sequence of unique media without the possibility of error
  • Collision management between the machine head and the profile
  • Head position control to the outside of the machine working field
  • Head position control below the supports
  • Automatic calculation of the attacks and cut paths


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