I stress-tested the new TinkerX PLA+ with a 10hr Rocket…
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I stress-tested the new TinkerX PLA+ with a 10hr Rocket Engine — 0 Tuning Required.
Hey everyone!
I recently got my hands on some PLA+ from TinkerX (Neon Orange & Navy Blue) and wanted to see if it actually lived up to the "Plug & Play" claim.
I ran it through a Bambu Lab P1S and an Anycubic Kobra Neo 2 using 100% stock profiles—no calibration towers, no flow rate tuning.
What I tested:
10-hour Prusa MK4S Rocket Engine (Overhang & Heat test)
Mechanical Walking Robot (Tolerance test)
Mesh Notes Box (Stringing/Retraction test)
If you’re looking for a reliable Indian filament option or just want to see how these machines handled the default settings, I’ve put together a full breakdown.
Full Review & Print Results: https://youtu.be/EKi-yEhBCB4
#technology
source
Hey everyone!
I recently got my hands on some PLA+ from TinkerX (Neon Orange & Navy Blue) and wanted to see if it actually lived up to the "Plug & Play" claim.
I ran it through a Bambu Lab P1S and an Anycubic Kobra Neo 2 using 100% stock profiles—no calibration towers, no flow rate tuning.
What I tested:
10-hour Prusa MK4S Rocket Engine (Overhang & Heat test)
Mechanical Walking Robot (Tolerance test)
Mesh Notes Box (Stringing/Retraction test)
If you’re looking for a reliable Indian filament option or just want to see how these machines handled the default settings, I’ve put together a full breakdown.
Full Review & Print Results: https://youtu.be/EKi-yEhBCB4
#technology
source
| 2,000 mlx | |
| 4 | |
| 0 |