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Three technologies, one machine

Concrete printing, plastics printing and 5-axis milling – tools mounted on a common interface of the same machine. For each technology: how an element is made and what it is made with.

Processes
concrete · plastics · milling
Working tools
concrete extruder · plastics extruder · 5‑axis milling head

Print preparation

From model to print

Every print starts from a digital model. The program is prepared in well-known toolpath design software, and the machine executes it under the control of an advanced, high-precision Mitsubishi M800 series CNC controller.

  1. 3D model

    Design of the element in CAD software.

  2. STL file

    Model saved as a triangle mesh.

  3. Print toolpath

    Slicing into layers or parametric design of the nozzle path.

  4. Parameters

    Flow rate, layer height, bead width and texture.

  5. G-code

    Program with motion and output commands for the machine.

  6. Print

    The Mitsubishi CNC control executes the program; the flow rate can be corrected during printing.

  7. Monitoring

    Camera view; parameter logging with the data acquisition system (option).

Two ways to prepare the toolpath

Typical elements – the fast route

Slicing the model into layers

The 3D model is sliced into layers automatically, and the software determines the nozzle path in each of them. Ready-made settings for your machine allow G‑code for walls, precast elements and moulds to be prepared quickly.

Full control

Parametric toolpath design

The toolpath is designed parametrically: full control of the bead cross-section, variable layer height, tilt and manual path correction. This is how concrete textures, non-planar prints, organic forms and plastics toolpaths are created.

One element – from model to print

  1. 3D model

    3D model

    Digital model of the precast element.

  2. Toolpaths

    Toolpaths

    Toolpaths generated in the software, layer by layer.

  3. Print

    Print

    Elements printed directly from the program.

More in the catalogue, p. 19 →

Request a quote

Not sure which technology fits your part? Describe what you want to make; we will suggest the process and material, and print a sample before you decide.