All 3D Print materials are for sale in the Lab as well and will be billed directly through your Penn Bursar’s account.If you still have questions, please email either Toren Falck at or Dennis Pierattini at EPS foam (white expanded polystyrene foam) for CNC milling, in 24” x 48” sheets at 4" thickness are available in limited quantities for cash sale directly from the Lab during your consultation.Further instruction on available 3D Print processes can be found in the “FDM Tutorial or Powder Print Tutorial” document.The black bounding box represents the maximum build envelope/bed size for each 3D printer. You may print multiple objects within this box.
Import your geometry into the template. Download the preconfigured 3D Print templates available at \\juno\Public\DigitalFabrication\3D-Printing-Templates-Tutorials\ or in the Downloads section of this website. 
If you still have questions, please email either Toren Falck at or Dennis Pierattini at PRINT FILES. Further instruction on available CNC processes can be found in the “CNC Tutorial” document. Save this file and submit it to the digital fabrication staff. Scale and place your geometry within the “Stock” bounding box you just created. Measure your material and create a new bounding box for the size of your material within the “Stock” layer. 
The black bounding box represents the maximum material size that the machine can accommodate. Please use the provided template layers as the only layers in your file. Import your geometry and then assign components of your design to the appropriate layers for different CNC operations (e.g., place your topo surfaces on the “Topo Surface” layer). Download the pre-configured CNC Rhino template available at \\juno\Public\DigitalFabrication\CNC-Template-Tutorials\ or in the Downloads section of this website.
0 kommentar(er)
