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Digital technologies/3D printing/3D printing- Beginner (view source)
Revision as of 20:28, 21 July 2023
, 20:28, 21 July 2023no edit summary
| slicerName = Cura
| slicerName = Cura
| slicerLink = https://ultimaker.com/cura
| slicerLink = https://ultimaker.com/cura
| materials = PLA, ABS, Flexible
| materials = PLA, ABS, Flexible, etc
| minLayerHeight = 0.06
| minLayerHeight = 0.06
| heatedBuildPlate = Yes
| heatedBuildPlate = Yes
| slicerName = Cura
| slicerName = Cura
| slicerLink = https://ultimaker.com/cura
| slicerLink = https://ultimaker.com/cura
| materials = PLA, PVA, Flexible
| materials = PLA, PVA, Flexible, etc
| minLayerHeight = 0.02
| minLayerHeight = 0.02
| heatedBuildPlate = Yes
| heatedBuildPlate = Yes
| buildHeight = 605
| buildHeight = 605
| moreInformation = https://en.wiki.makerepo.com/wiki/Raise3D_N2_Plus
| moreInformation = https://en.wiki.makerepo.com/wiki/Raise3D_N2_Plus
}}
{{PrinterInfobox
| name = FLsun v400
| image = Mk2.png
| slicerName = Cura
| slicerLink = https://ultimaker.com/cura
| buildVolume = ⌀300 × 410 mm
| materials = PLA, ABS, Flexible, etc
| minLayerHeight = 0.05
| heatedBuildPlate = Yes
| float = none
| buildWidth = 300
| buildDepth = 300
| buildHeight = 410
| moreInformation = https://en.wiki.makerepo.com/wiki/Flsun_v400
}}
}}
| moreInformation = https://en.wiki.makerepo.com/wiki/Markforged_Mark_Two
| moreInformation = https://en.wiki.makerepo.com/wiki/Markforged_Mark_Two
}}
}}
{{PrinterInfobox
| name = Stratasys Dimension SST 1200es
| image = Mk2.png
| slicerName = GrabCAD Print
| slicerLink = https://grabcad.com/print
| buildVolume = 254 × 254 × 305 mm
| materials = ABS, Soluble support
| minLayerHeight = 0.254
| heatedBuildPlate = Yes
| float = none
| buildWidth = 254
| buildDepth = 254
| buildHeight = 305
| moreInformation = https://en.wiki.makerepo.com/wiki/Stratasys_Dimension_SST
}}
{{PrinterInfobox
| name = Stratasys F170
| image = Mk2.png
| slicerName = GrabCAD Print
| slicerLink = https://grabcad.com/print
| buildVolume = 254 × 254 × 254 mm
| materials = PLA, ABS, ASA, TPU, Soluble support
| minLayerHeight = 0.127
| heatedBuildPlate = Yes
| float = none
| buildWidth = 254
| buildDepth = 254
| buildHeight = 254
| moreInformation = https://en.wiki.makerepo.com/wiki/Stratasys_F170
}}
{{PrinterInfobox
| name = Elegoo Saturn 2 8k
| image = Mk2.png
| slicerName = ChituBox
| slicerLink = https://www.chitubox.com/en/download/chitubox-free
| buildVolume = 218.88 × 123.12 × 250 mm
| materials = Standard, ABS-like, rubber, etc
| minLayerHeight = 0.01
| heatedBuildPlate = No
| float = none
| buildWidth = 218.88
| buildDepth = 123.12
| buildHeight = 250
| moreInformation = https://en.wiki.makerepo.com/wiki/Elegoo_Saturn2
}}
Most of the time, prototyping projects at the Makerspace will make use of the Ultimaker 2+. However, if a product requirement or design refinement calls for the use of other materials, better quality, faster print times, etc., some printers can be much more suitable. For instance, the Ultimaker 3 can print with various materials and is equipped with two extruder heads. However, this printer is extremely slowǃ For faster prints, the Dremel and Makerbot Replicator 2 printers are faster than the UM3 and even the UM2%2B, which can be increasingly important in a production or a rapid prototyping environment. The other printers listed, the Makerspace charges for as they are specialty printers. These (Raise and the Mark II) are extremely reliable printers. They can also perform overnight prints which greatly expands the realm of possibilities in print size, reliability and quality due to the slower speeds which can be afforded. The Mark II is especially suited for load bearing prints as it uses carbon fiber reinforced nylon and can lay continuous carbon/glass/kevlar fibers inside the prints for added rigidity. Feel free to consult the pages for each printer for more information on each printers' recommended slicer settings, use cases, and design resources.
Most of the time, prototyping projects at the Makerspace will make use of the Ultimaker 2+. However, if a product requirement or design refinement calls for the use of other materials, better quality, faster print times, etc., some printers can be much more suitable. For instance, the Ultimaker 3 can print with various materials and is equipped with two extruder heads. However, this printer is extremely slowǃ For faster prints, the Dremel and Makerbot Replicator 2 printers are faster than the UM3 and even the UM2%2B, which can be increasingly important in a production or a rapid prototyping environment. The other printers listed, the Makerspace charges for as they are specialty printers. These (Raise and the Mark II) are extremely reliable printers. They can also perform overnight prints which greatly expands the realm of possibilities in print size, reliability and quality due to the slower speeds which can be afforded. The Mark II is especially suited for load bearing prints as it uses carbon fiber reinforced nylon and can lay continuous carbon/glass/kevlar fibers inside the prints for added rigidity. Feel free to consult the pages for each printer for more information on each printers' recommended slicer settings, use cases, and design resources.