This includes being mindful of design choices such as overhangs and bridges which can affect whether a print is successful or not. The printer may still be able to print your design but you might still need to enable supports.
The Makerspace printers either have PLA, PETG, and TPU, make sure you set the right material before printing.
Layer Height: How detailed or fast do you want your print to be?
Filament: Is the correct filament specified in the slicer for the material you're printing with?
Supports: Does your design need supports? If so, make sure it's checked off.
Infill Density: Are you looking for the print to have strength or just sit on a shelf? Set your infill accordingly.
Brim: Have this checked off if your print is tall or in cases where there's not much surface area in contact with the print bed.
Before hitting print on the printer, check the build plate. If you see grease or material stuck to the build plate, wash it with a small drop of soap and water. Dry off the build plate before replacing it and starting your print. ⛔Prints will fail if the build plate is dirty⛔
Design your 3D model using the CAD software of your choice. Next, export the model as an .STL or another file type that the slicer can open.
Slice your file using the Prusa Slicer. Make sure to follow the steps below to set it up for the makerspace.
Submit your print through 3DPrinterOS, and start printing.
Setting Up Your Prusa Slicer for the Makerspace
This is a one-time process so your G-Code can be exported and reable by 3DPrinterOS, allowing for your prints to run on the Makerspace's printers.
Then open Prusa Slicer, and go to:
File->Import->Import Config Bundle
Each bundle should be selected and imported one at a time
Once they load, you should see the CoreONE and CoreONE L Makerspace printers in the printer dropdown on the right side of the slicer.
Make sure to select the preset corresponding to the printer you are using (Core One Vs Core One L). Otherwise, it will not let you print.
Go through your regular process of setting up your file to print. Including things like part orientation, need for support, infill percentage, and filament type.
Then on the bottom right after slicing you will see Export G-code. Click and save your file. This is what will be uploaded into 3D PrintOS