The SamyLabs Studio 4.0 lamination software allows to quickly and intuitively calculate the printing paths of the machine as well as perform the different control maneuvers and monitor the process variables in real time. The printing process oriented program improves quality and speeds up the printing process.

SamyLabs has opted to develop our own lamination software, leaving aside the CAD functionality of a 3D geometry editor and placing a special focus on functionalities that facilitate the composition of a scene, the calculation of trajectories, internal filling structures, supports and the control of 3D printing parameters.


The software allows:

  • Import of 3D files in STL, ASC, 3MF, SAMY format
  • Importing 2D files in DXF format
  • Scene editing and saving: STL Binary, STL ASCII, SAMY
  • Slicing scene
  • Calculation of hollow pieces
  • Calculation of infill structures: Star and square
  • Calculation of reinforcement walls
  • Calculation of supports
  • 2D drawing elevation
  • Layer repair
  • Create and edit parameters / materials
  • Assigning different materials to different parts of the scene
  • Modify printing parameters on the fly (while printing)
  • Sorting algorithms for trajectories
  • Unidirectional, Bidirectional Concentric, and Cheesboard hatching
  • Process simulation
  • Calculation of printing time
  • Export to G-CODE
  • Pre-mark with a Red Pointer
  • Control of the printing process
    • Establishment of the O2 set point
    • Gas recirculation power
  • Monitoring of process variables.
    • O2 level
    • Temperature
    • Pressure
    • Dust level
    • Recirculation filter usage time
  • Optical aberration compensation
  • Generation of process logs
  • Available in different languages


Simple and intuitive, oriented to the printing process


Includes a simulation module that allows you to view all the layers and estimate the printing time


Predefined parameters by material, with total control over them by the user


Allows you to dynamically control the 3D printing process, facilitating the parameterization of new materials