36
edits
Changes
Jump to navigation
Jump to search
no edit summary
Line 3:
Line 3:
+* Because TPU is flexible and stretches, it '''CANNOT''' be used in the AMS.+
Thermoplastic PolyUrethane (TPU) is a flexible filament and can be used to print objects such as tires, gaskets, or other parts that may require some flexibility. As a flexible filament, TPU requires some special handling for use with the 3D printers.
Thermoplastic PolyUrethane (TPU) is a flexible filament and can be used to print objects such as tires, gaskets, or other parts that may require some flexibility. As a flexible filament, TPU requires some special handling for use with the 3D printers.
−Depending on the number of walls/perimeters and the infill pattern/density that is used, you can end up with prints that are very squishy, or have very little flexibility.
+* For strong parts with limited flexibility, consider 4-6 perimeters and a sturdy 3D infill pattern like Cubic.
+* For more flexible parts, 2-3 perimeters is generally OK, and low % infill patterns help solid objects flex
== Challenges with TPU ==
== Challenges with TPU ==
−* TPU is very hygroscopic (absorbs moisture from air) and care should be taken to ensure the filament is kept dry.
+* TPU is very hygroscopic, meaning that it absorbs moisture from air, and care should be taken to ensure the filament is kept dry for best results.
−*
+** Many people build single-roll containers so they can use larger amounts of dessicant to keep their filament dry.
+== Supported TPU Filaments ==
+See [[Allowed Filaments#TPU|Allowed Filaments]] for the most up to date list of TPU filaments allowed at Kwartzlab
== Printing With TPU ==
== Printing With TPU ==
−'''Because TPU is flexible and stretches, it '''CANNOT''' be used in the AMS!'''
−* At this time, TPU can only be be printed on Po (Bambu #1)
+* At this time, TPU can only be be printed on Po (Bambu #1), and only through manual loading through the filament dryer.
* See [[Manually Loading Filament]] for instructions on loading filament into the machine manually.
* See [[Manually Loading Filament]] for instructions on loading filament into the machine manually.
== Slicer Profiles ==
== Slicer Profiles ==