SHAREBOT Next Generation, User Manual, Page: 44 / 66

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How PLA entails
This material, created by processing the pulp plant waste rich in cellulose, comes from many pre-
ferred over to ABS, although most subject to high temperatures (over 60° tends to become slack).
Printing between 195 and 230 degrees, depending on the additives that have been added to color
it and modify its physical and mechanical properties. In relation to ABS is more environmentally
friendly and does not emit almost no smell when printing. Even the surface of the pieces printed with
the PLA is more brilliant and Iucida in terms of retirement we have a variation much less accentuated
thanks to the lower extrusion temperature. Unfortunately, the range of temperatures in which the
PLA remains elastic is wide: so if the piece in print is not properly cooled, threatens to buckle under
its own weight or being dragged from the extruder more subtle points.
For optimal adhesion of PLA, lacchiamo to the glass with the lacquer printer in the box provided, and
launch printing. For items with a significant basis you should use the risccaldato dish at 50°.
How other materials entail
The behavior of other materials is due to the PLA and ABS.
Let’s see how:
Material
HIPS
Smart ABS
Nylon
PET
Thermosense
Cristal Flex
PLA Flex
TPU
Attributable ABS
Extrusion temperature: 235°
Plate temperature 90°
Extrusion temperature : 260°
Plate temperature: 90°
Extrusion Temperature 240°-265°
Plate Temperature: 90°
Attributable PLA
Extrusion temperature 220°-230°
Plate temperature 60°
Extrusion temperature 210°-220°
Plate temperature 50°
Extrusion temperature 220°-240°
Plate temperature 60°
Extrusion temperature 230°-240°
Plate temperature 90°
Extrusion temperature: 240°
Not Heated Plate
Tips
Fan Off
Fan Off
Printable perfectly on garolite
phenolics.
Fan at 100%
Fan at 100%
Fan at 100%
Fan at 100%
Fan at 50%