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Stronger than steel polymers for 3D printing and fibers

Lowell, MA
Joined August 2024
Photo by Z-Polymers Inc. (@ZPolymersInc)Photo by Z-Polymers Inc. (@ZPolymersInc)Photo by Z-Polymers Inc. (@ZPolymersInc)
Z-Polymers Inc. retweeted
The first successful mechanical print with @ZPolymersInc Tullomer. It's exceptionally rigid and should be functional (even with the minor crack from not fully clearing through-holes). Still needs more tuning but an effective application of lessons from yesterday.
The first print with Tullomer suffered weak first-to-second layer adhesion (likely due to an increase in flowrate and non-ideal brim geometry). A custom brim with convenient tabs has been added for clean removal. We did get far enough to confirm it's receptive to heatset inserts.
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Z-Polymers Inc. retweeted
Replying to @3dprintingnerd
@3dprintingnerd introduces Tullomer, watch to see it in action and learn how you can get FREE Tullomer to try it yourself! bit.ly/3AESDcD #3DPrinting #Tullomer #ZPolymers #Innovation
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Doing some more testing with @ZPolymersInc Tullomer 🙂
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Printed one of the Gauntl33t glove finger pieces out of @ZPolymersInc Tullomer 🙂. Printed it at 1/4" thick because unlike aluminum it can't bend and risks snapping at 1/8". Probably should print another one to dip coat in alcohol thinned epoxy to mitigate any delamination that could occur over time. I also want to print the same part out of ABS and PLA to test stiffness against 🤔
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Time to try printing @ZPolymersInc Tullomer!!! 😃
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Z-Polymers Inc. retweeted
Tullomer Filament: Stronger and Lighter than Steel for Advanced 3D Printing fabbaloo.com/news/tullomer-f… #3DPrinting #AdditiveManufacturing
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Z-Polymers Inc. retweeted
Headed back down to the @Steve_Builds studio this afternoon to implement the @E3DOnline #REVO High Temp upgrade on my @Voron_Design TRIDENT 🔱 and get geared up to truly unlock the potential of @ZPolymersInc TULLOMER! I think we should probably stream the whole ordeal. Who's in?
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Z-Polymers Inc. retweeted
I have added a #tullomer profile to the mod0 repository; it is a work-in-progress, proceed with caution.
.... which transfer nicely to arbitrary models
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Z-Polymers Inc. retweeted
.... which transfer nicely to arbitrary models
These #tullomer settings transfer perfectly into @PrusaSlicer without spiral-vase mode
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Z-Polymers Inc. retweeted
These #tullomer settings transfer perfectly into @PrusaSlicer without spiral-vase mode
I've learned that the beige color may not be ideal; it sounds like an opaque whiter color is preferable. I'm also starting to better understand the extent of the shear thinning. As pictured: 0.6mm nozzle 0.75mm width 0.01mm height 280c 180mm/s strongest print yet? #tullomer
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Z-Polymers Inc. retweeted
I've learned that the beige color may not be ideal; it sounds like an opaque whiter color is preferable. I'm also starting to better understand the extent of the shear thinning. As pictured: 0.6mm nozzle 0.75mm width 0.01mm height 280c 180mm/s strongest print yet? #tullomer
Replying to @repkord
Until I hear otherwise: mechanically speaking, I'd chase this color. If you were to pull on both ends of one of those tubes, the latest is significantly more challenging to separate.
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Z-Polymers Inc. retweeted
6k accel, left, 50k accel, right seems less susceptible to surface finish defects with smoother motion
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Z-Polymers Inc. retweeted
6k accel, left, 50k accel, right seems less susceptible to surface finish defects with smoother motion
comparison of the output of the previous vase mode videos left: 600 x 0.1mm layers, 6k accel right: 10,000 x 0.005mm layers, 50k accel
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Z-Polymers Inc. retweeted
comparison of the output of the previous vase mode videos left: 600 x 0.1mm layers, 6k accel right: 10,000 x 0.005mm layers, 50k accel
vase mode, 390mm/s, 50k accel, 0.005mm layer height
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Z-Polymers Inc. retweeted
vase mode, 390mm/s, 50k accel, 0.005mm layer height
~2800 layers, sliced with @PrusaSlicer using the settings gleaned from previous experiments. The brim has increased layer height (0.15mm) to better grip the bed. TBD if the seam is aesthetic or a weak point.
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Z-Polymers Inc. retweeted
~2800 layers, sliced with @PrusaSlicer using the settings gleaned from previous experiments. The brim has increased layer height (0.15mm) to better grip the bed. TBD if the seam is aesthetic or a weak point.
Progress (on the left)! The Tullomer part now withstands repeated, intentional hammer strikes. 600 layers on the left, 200 on the right. 0.2mm width, 0.01mm height, 89% extrusion multiplier, 340/135c, 300mm/s
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Z-Polymers Inc. retweeted
Progress (on the left)! The Tullomer part now withstands repeated, intentional hammer strikes. 600 layers on the left, 200 on the right. 0.2mm width, 0.01mm height, 89% extrusion multiplier, 340/135c, 300mm/s
combining what we learned from the last two experiments the resulting part can take several hesitant strikes from a hammer before separating (but not until after it has severely deformed)
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