The 3D PotterBot Scara v4 is positioned in the industrial segment for large-scale ceramic and concrete printing, offering SCARA kinematics that surpass the rigidity of entry-level Cartesian printers costing €5,000, which are often subject to vibration when moving heavy fluid masses. Compared to anthropomorphic robotic systems costing over €50,000, this model offers an ideal compromise for design studios and rapid prototyping labs that require precision without the programming complexity of 6-axis arms. The integration of harmonic gears and closed-loop motors ensures no backslash, making it suitable for continuous production that requires dimensional tolerances higher than the ceramic industry average.
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| Parameter | Value | Source |
|---|---|---|
| Power supply | 220 V / 60 Hz | manufacturer website |
| Maximum speed | 150 mm/s | manufacturer website |
The machine uses Duet firmware, accessible via the Duet Web Control protocol in a browser, eliminating the need for installable proprietary control software. For generating G-code files, the manufacturer recommends Simplify3D, although the system is compatible with any slicer capable of exporting code compatible with RepRap/Duet-based architectures. The interface allows for real-time adjustment of extrusion speed and print parameters, essential for managing the variable rheology of pastes and cements.
Technical data verified on the manufacturer's official website (recording date shown above). Description, editorial notes and translations are written with the help of AI and reviewed by the author before publication: the numbers always come from the cited source. Read the full methodology →
