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Well not as a standard but perhaps with a lot of effort it could perhaps be made to.
Challenges:
- i think Ultem requires a processing temp of around 350-360C and the UM2 is limited to 260C.
Possible solution: hw and sw modification is possible, I think Anders Olsson managed to go up to 350C with 3dsolex I2K washer (to prevent the PTFE coupler from softening) when using a modified fw to allow for higher temps.
- I think Ultem 9085 is only available in 1.75mm size from what I've seen.
Possible solution: modify extrusion train to accept 1.75mm, it can be done.
You might want to examine the Stratasys Fortus line of machines, many of them support the Ultem 9085 material.
I wonder if brass nozzles would work well or if any other nozzle material is needed?
Please go ahead and try, I am interested in the results
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gadgetfreak 7
Well not as a standard but perhaps with a lot of effort it could perhaps be made to.
Challenges:
- i think Ultem requires a processing temp of around 350-360C and the UM2 is limited to 260C.
Possible solution: hw and sw modification is possible, I think Anders Olsson managed to go up to 350C with 3dsolex I2K washer (to prevent the PTFE coupler from softening) when using a modified fw to allow for higher temps.
- I think Ultem 9085 is only available in 1.75mm size from what I've seen.
Possible solution: modify extrusion train to accept 1.75mm, it can be done.
You might want to examine the Stratasys Fortus line of machines, many of them support the Ultem 9085 material.
I wonder if brass nozzles would work well or if any other nozzle material is needed?
Please go ahead and try, I am interested in the results![:)](//content.invisioncic.com/ultimake/emoticons/5a33abdf6d109_1f60acopy.png)
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