https://polymerspec.com/ A set of free 3D printing calculators for volumetric flow, max speed and layer settings, plus clear filament and AMS compatibility tables you can scan fast. en Wed, 04 Nov 2026 06:05:10 GMT https://polymerspec.com/filament-drying-temperature-time-chart/https://polymerspec.com/filament-drying-temperature-time-chart/Wed, 04 Nov 2026 06:05:10 GMTOverture dries PLA at 50°C, PETG at 65°C, TPU at 70°C and nylon at 95°C, each for 7 hours, and 3DXTECH starts nylon lower, at 90°C for at least 4 hours. As of November 2026, makers list about 80°C for ASA and ABS, about 80 to 90°C for PC and about 80°C for 8 hours or more for PA-CF and PAHT-CF. The catch is that most food dehydrators top out at 70°C, and as of November 2026 a Bambu Lab AMS 2 Pro reaches about 65°C, so neither is enough for nylon. Nylon settings vary by brand: 90 to 95°C is Overture's and 3DXTECH's figure, while as of November 2026 an AMS HT at about 85°C should suit nylons whose maker lists 80 to 85°C. https://polymerspec.com/max-volumetric-speed-calculator/https://polymerspec.com/max-volumetric-speed-calculator/Wed, 04 Nov 2026 05:55:50 GMTMax print speed in mm/s equals your max volumetric speed in mm³/s divided by layer height × line width. As of November 2026, Bambu Studio's PLA Basic profile is about 21 mm³/s on the X1C and P1S, giving roughly 250 mm/s with a plain rectangle at 0.2 mm layer and 0.42 mm line, or about 278 mm/s with the rounded-bead area. The slicer prints at that cap or at your set speed, whichever is lower. Move to 0.28 mm layers and the same hotend drops to about 208 mm/s.