Our largest model for 3D ceramic and paste printing.
The XLS-2 is the latest version of our Scara arm robot.
The Potterbot XLS-2 is the first viable large-scale ceramic 3D printer using real clay. The advanced design and substantial construction can handle on board loads like the 3D Potter 3600 ml clay extruder or a hose assembly.
But where it really shines is when it's coupled with our new large capacity continuous high pressure hose extrusion system. We can now deliver clay loads between 85 - 250 lb continuous extrusion. Another option is our large-scale peristaltic pump that can handle non-stop continuous extrusions with nozzle sizes up to 1 inch.
72" dia x 45" on the Z Height:
Average speed: 30 TO 100 mm/s
Power: Output - 24V
Input: 110-220V, 50 / 60 Hertz --5 amp (no 220V power plug supplied for customers outside of USA)
Power consumption: 24 volts +/- 10 amps
XLS-2 Scara robot
3600 ml extruder
4x nozzles: 6, 8, 9, and 10mm
Allen wrench set and parts box
2 x 3.75 id poly-carbonate extruder tubes
User interface (WiFi )
Duet Web Control is a full featured UI for the Duet. When opened in a browser Duet Web Control starts in the machine control screen, on your Laptop or Tablet.
The print status page does not display any useful information until a print is started. Once a print is started though it shows information about the file being printed, layer times and estimates for print time remaining. It also allows for Fan, extrusion ratio and print speeds to be adjusted in real time:
The G-Code Files page allows for g-code files for printing to be uploaded, downloaded, deleted and sorted into sub directories. A summary of the print time and other information is shown if the slicing software adds it to the header. As shown in the image, there is a drop down menu to select the external SD card if one is attached to the DuetWifi.
Potterbot XLS-2 is similar to the rest of the 3D Potter line ceramic printers. It's similar to any other 3D printer which requires an STL file to be sliced by a third-party program. We recommend Simplify3D and then loaded on an SD card or USB cable connected directly to a computer. The SD card is loaded into the touchscreen where you have full control once the print starts. This gives you the ability to slow down the overall speed of the printing process and control the flow rate at any time.
The build envelope diagrams represent the 45 in Z height. We can do custom Z heights up to 9 feet and diameters up to 8.5 feet.
Potterbot XLS-2 build envelope is quite unique because it's capable of printing 365 degrees continuous with continuous rotation. This means you can create a huge vessel with the printer initially residing inside the vessel or structure. This opens up a whole another opportunity to print small habitat structures (houses). Larger printers are available for this potential habitat project.
Another unique ability is printing multiple objects within the specified envelope in a sequential mode. For instance you could print a particular vessel starting on the far left side and continue to print these vessels until there is no more space left.
Speed and noise
Potterbot XLS-2 is capable of extreme speeds however speed is relative when it comes to ceramic 3D printing. Realistically you probably don't want to exceed 130 mm/s. There are many factors which determine the speed like nozzle size, layer height, and achieving a good adhesion on interlayer of the clay.
Potterbot XLS-2 is very quiet, so it can be operated in any area without disturbing the surrounding environment.
Construction and design
We were able to achieve high precision and accuracy with this large Scara arm robot only through diligent design and robust construction techniques. The majority of this structure is out of heavy aircraft grade 6061 aluminum utilizing CNC and welded components for maximum strength and rigidity. The main rail components are from IGUS** which is one of the leading German manufacturers of precision guide rails. The drive motors consist of very sophisticated hybrid closed-loop stepper motors. These have on-board computers with telemetry that continually update their position for zero error positioning.