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StoneFlower 3D printer for clay, porcelain, concrete

Large Build Volume: Print objects up to 50 x 50 x 50 cm³ (125L) with optional height extension up to 80cm, perfect for large projects.

Advanced ControlManage prints via a 5" touchscreen, WiFi/Ethernet, or USB, with features like pause/resume, speed adjustment, and bed level correction.

Precision & Durability: Equipped with an all-metal print head, strong Nema23 motors, and Duet 3D 32-bit electronics for accurate and stable high-speed printing.

Safe & ReliableFeatures include IGUS bearings for dusty/humid environments, emergency stop button, and shielded belt drives for secure operation.

Flexible AccessEasily access the printing area and control settings in real-time via WiFi/web interface, with settings stored in a text file for easy customization.


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StoneFlower 3D printer for clay, porcelain, concrete

StoneFlower 3D printer for clay, porcelain, concrete

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StoneFlower 4.0

3D printer for clay, porcelain, concrete

User friendly printer

User friendly printer

Large printing volume, 50 x 50 x 50 cm3 = 125L

Control via 5" colorful touchscreen (with variable orientation of the screen for convenient installation either on a table or floor)

File uploading and printing via WiFi/Ethernet or USB

Upon printing: pause/resume of the print, variable printing/extrusion speed, bed level correction

Duet 3D WiFi/Ethernet 32bit electronics

Salient and powerful TMC drivers

Strong Nema23 motors

User friendly printer

Large printing volume, 50 x 50 x 50 cm3 = 125L

Control via 5" colorful touchscreen (with variable orientation of the screen for convenient installation either on a table or floor)

File uploading and printing via WiFi/Ethernet or USB

Upon printing: pause/resume of the print, variable printing/extrusion speed, bed level correction

Duet 3D WiFi/Ethernet 32bit electronics

Salient and powerful TMC drivers

Strong Nema23 motors

Volumetric flow control

IGUS bearings and cable chains for use in dusty and humid conditions

Emergency stop button and completely shielded belt drives for safe operation

All-metal frame for stable printing at high speeds.

Easily accessible printing volume

Full control over printer settings in real time via WiFi and web interface from your computer. Settings are stored in a text file.

Extended (up to 80cm) height of the printing volume is possible on the request

Volumetric flow control
Construction

Construction

Amount of dispensed material is precisely controlled by the ram extruder, and does not depends on viscosity and other factors. Auger extruder in the print head removes air-bubbles, if there are some in manually prepared material. Lightweight print head allows high printing speeds with no vibrations. Cartesian construction of the printer let us to minimize the length of the pipe between print head and ram extruder and use materials of very high viscosity, such as natural clay or porcelain.  

Our Paste Deposition Modeling (PDM) technology lets printing at much higher rate, as compared to desktop FDM printers, which use thermoplastics. One can easily control the process choosing the nozzle diameter in the range from 0.5 to 7 mm. The layer thickness may vary from tiny 0.3 mm for precise printing up to 3 mm for maximal performance.

Construction

Amount of dispensed material is precisely controlled by the ram extruder, and does not depends on viscosity and other factors. Auger extruder in the print head removes air-bubbles, if there are some in manually prepared material. Lightweight print head allows high printing speeds with no vibrations. Cartesian construction of the printer let us to minimize the length of the pipe between print head and ram extruder and use materials of very high viscosity, such as natural clay or porcelain.  

Our Paste Deposition Modeling (PDM) technology lets printing at much higher rate, as compared to desktop FDM printers, which use thermoplastics. One can easily control the process choosing the nozzle diameter in the range from 0.5 to 7 mm. The layer thickness may vary from tiny 0.3 mm for precise printing up to 3 mm for maximal performance.

Materials

No any special proprietary materials are required. To print ceramics one can use normal wet clay or porcellain after admixing of  5-15%  wt. of water or ethanol (to improve mechanical stability of large models).  Printed parts can be processed in a standard way.

One can also use other pastes or highly viscous liquids compatible with the material of the ram extruder (PVC), or with disposable syringes of Micro Printing Set.

Note: Our equipment is not certified as a food grade.

 

Materials

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