SlicerDial

Filament drying chart: temperatures and times from each manufacturer

Published October 15, 2026107 sources

Short answer

Dry each spool at its own maker's temperature, which is both a target and a ceiling. Published values for standard PLA alone run from 45 °C for 6 h (Prusament) to 55 °C for 6 h (Polymaker PolyLite) [1, 3], and nylons go up to 100 °C [4]. Part of the spread comes from equipment: Bambu Lab gives different settings for an oven, its heated bed and its AMS units [2].

By material

The span of values each manufacturer group publishes, computed from the product table below. "Products" counts entries in the database; "reporting" counts those whose maker publishes this value.

MaterialReporting / productsDrying °C (lowest – highest)Drying time h (shortest – longest)
PLA30 / 3045–756–8
PETG8 / 855–655–8
TPU8 / 850–754–8
PA-CF7 / 770–1004–12
ABS6 / 665–854–8
ASA6 / 670–854–8
PC6 / 670–855–8
PA (nylon)4 / 480–1104–12
PETG-CF4 / 455–803–8
Other2 / 245–604–8
PVA2 / 2808–12
ABS-CF1 / 170–804–6
ABS-GF1 / 1654–6
ASA-GF1 / 170–804–6
PC-CF1 / 1904
PET-CF1 / 1904–6
PET-GF1 / 1100–1204–6
PLA-CF1 / 1558

Every product that publishes this value

90 products from 8 brands. Sorting puts "not published" last.
Source
Bambu LabPLA BasicPLA50 °C, 8 h[5, 6]
Bambu LabPLA MattePLA50 °C, 8 h[6, 7]
Bambu LabPLA Silk+PLA55 °C, 8 h[8]
Bambu LabPLA Tough+PLA55 °C, 8 h[9]
Bambu LabPLA-CFPLA-CF55 °C, 8 h[10]
Bambu LabPETG BasicPETG65 °C, 8 h[11]
Bambu LabPETG HFPETG65 °C, 8 h[6, 12]
Bambu LabPETG-CFPETG-CF65 °C, 8 h[13]
Bambu LabABSABS80 °C, 8 h[14]
Bambu LabASAASA80 °C, 8 h[15]
Bambu LabTPU 95A HFTPU70 °C, 8 h[16, 17]
Bambu LabPAHT-CFPA-CF80 °C, 8–12 h[18]
Bambu LabPCPC80 °C, 8 h[19]
Bambu LabSupport for PLA/PETGPLA75 °C, 8 h[20]
Bambu LabPVAPVA80 °C, 8–12 h[21]
ElegooPLAPLA45–55 °C, 8 h[22]
ElegooPLA PlusPLA45–55 °C, 8 h[23]
ElegooRapid PLA PlusPLA45–55 °C, 8 h[24]
ElegooPLA MattePLA45–55 °C, 8 h[25]
ElegooPLA SilkPLA45–55 °C, 8 h[26]
ElegooPETG ProPETG55–65 °C, 8 h[27]
ElegooRapid PETGPETG55–65 °C, 8 h[28]
ElegooABSABS65–75 °C, 8 h[29]
ElegooASAASA75–85 °C, 8 h[30]
ElegooTPU 95ATPU65–75 °C, 8 h[31]
ElegooPCPC75–85 °C, 8 h[32]
ElegooPAHT-CFPA-CF75–85 °C, 8 h[33]
eSUNPA-CFPA-CF70 °C, ≥ 12 h[34]
OverturePLAPLA50 °C, 7 h[35, 36]
OverturePLA+PLA55 °C, 6 h[37]
OvertureSuper PLA+PLA50 °C, 7 h[38, 39]
OverturePLA Pro (PLA Professional)PLA50 °C, 7 h[40, 41]
OvertureMatte PLAPLA50 °C, 7 h[42, 43]
OvertureSilk PLAPLA50 °C, 7 h[44, 45]
OvertureRock PLAPLA50 °C, 7 h[46, 47]
OvertureHigh Speed PETGPETG60 °C, 5 h[48]
OvertureABSABS75 °C, 7 h[49, 50]
OvertureASAASA75 °C, 7 h[51, 52]
OvertureTPU 95ATPU70 °C, 8 h[53]
OverturePC ProfessionalPC75 °C, 7 h[54, 55]
OvertureEasy NylonPA (nylon)95 °C, 7 h[56, 57]
PolymakerPolyLite PLAPLA55 °C, 6 h[3, 58]
PolymakerPLA ProPLA55 °C, 6 h[58, 59]
PolymakerPolySonic PLAPLA55 °C, 6 h[58, 60]
PolymakerPanchroma Matte PLAPLA55 °C, 6 h[61]
PolymakerPanchroma Silk PLAPLA55 °C, 6 h[61]
PolymakerPETGPETG60 °C, 6 h[62]
PolymakerPolyLite ABSABS70 °C, 6 h[63]
PolymakerASAASA70 °C, 7 h[64]
PolymakerPolyFlex TPU95TPU70 °C, 8 h[65]
PolymakerPolyMide CoPAPA (nylon)100 °C, 8 h[4]
PolymakerPolyMax PCPC75 °C, 6 h[66]
PolymakerFiberon PA6-CF20PA-CF100 °C, 10 h[67]
PolymakerFiberon PETG-rCF08PETG-CF65 °C, 3 h[68]
PolymakerPolyDissolve S1 (PVA)PVA80 °C, 12 h[58, 69]
PrusamentPLAPLA45 °C, 6 h[70, 71]
PrusamentrPLA Natural PigmentsPLA45 °C, 6 h[71, 72]
PrusamentPETGPETG55 °C, 6 h[71, 73]
PrusamentPETG Carbon FiberPETG-CF55 °C, 6 h[71, 74]
PrusamentASAASA80 °C, 4 h[71, 75]
PrusamentPC BlendPC85 °C, 5 h[71, 76]
PrusamentPC Blend Carbon FiberPC-CF90 °C, 4 h[71, 77]
PrusamentPA11 Carbon FiberPA-CF90 °C, 6 h[71, 78]
PrusamentPVBOther45 °C, 8 h[71, 79]
PrusamentTPU 95ATPU60 °C, 4–6 h[71, 80]
Siraya TechFibreheart PET-CFPET-CF90 °C, 4–6 h[81]
Siraya TechFibreheart PETG-CF ProPETG-CF70–80 °C, 4–6 h[82, 83]
Siraya TechFibreheart PET-GFPET-GF100–120 °C, 4–6 h[84]
Siraya TechFibreheart PPAPA (nylon)80–100 °C, 4–6 h[85]
Siraya TechFibreheart PPA-CFPA-CF100 °C, 4–6 h[86]
Siraya TechFibreheart PPA-CF CorePA-CF80–100 °C, 4–6 h[87]
Siraya TechFibreheart ABS-CFABS-CF70–80 °C, 4–6 h[88]
Siraya TechFibreheart ABS-GFABS-GF65 °C, 4–6 h[89]
Siraya TechFibreheart ASA-GFASA-GF70–80 °C, 4–6 h[90]
Siraya TechFibreheart ABS HT HFABS70–80 °C, 4–6 h[91]
Siraya TechFlex TPU 95ATPU50–65 °C, 4–6 h[92]
Siraya TechFlex TPU 64DTPU50–60 °C, 4–6 h[93]
Siraya TechRebound PEBA 95AOther50–60 °C, 4–6 h[94]
SunluPLAPLA50–55 °C, 6–8 h[95, 96]
SunluPLA+PLA50–55 °C, 6–8 h[96, 97]
SunluPLA+ 2.0PLA50–55 °C, 6–8 h[96, 98]
SunluHigh Speed PLAPLA50–55 °C, 6–8 h[96, 99]
SunluPLA MattePLA50–55 °C, 6–8 h[96, 100]
SunluSilk PLA+PLA50–55 °C, 6–8 h[96, 101]
SunluPETGPETG60–65 °C, 6–8 h[96, 102]
SunluABSABS75–85 °C, 6–8 h[96, 103]
SunluASAASA80 °C, 6–8 h[96, 104]
SunluTPU 95ATPU50–60 °C, 6–8 h[96, 105]
SunluPCPC70–80 °C, 6–8 h[96, 106]
SunluEasy PAPA (nylon)80–110 °C, 4–12 h[96, 107]

What the chart shows

Each row is one product’s primary drying recommendation as its manufacturer publishes it: a temperature (or range) and a time (or range). The summary at the top spans the lowest and highest values each material family reaches across brands. Where a maker gives several methods, the table uses the main one from the data sheet and the brand page lists the alternatives; products whose makers publish no drying advice are left out of this chart rather than given a borrowed value.

Why the numbers disagree

Four reasons account for most of the spread.

  1. Different plastics under one name. “PLA” and “PETG” cover many formulations. Prusa lists 45 °C for 6 hours for Prusament PLA and rPLA, Polymaker lists 55 °C for 6 hours for PolyLite PLA [1, 3], and Bambu Lab’s appendix gives 50 °C for 8 hours for PLA Basic and PLA Matte in a forced-air oven [2].
  2. Different equipment. Bambu Lab publishes a separate column for each method. For PLA Basic: 60–70 °C for 12 hours on the heated bed under a cover, 50 °C for 8 hours in a forced-air oven, and 45 °C for 12 hours in either AMS unit [2]. The heated bed figure is the plate temperature, not the filament temperature, which is why it is higher.
  3. Different goals. Some values are for routine conditioning, some for rescuing a soaked spool. Prusa’s table is framed around not exceeding the temperature and not over-drying [1].
  4. Spool limits. A maker may cap the temperature at what its own spool survives. Prusa notes that its older Prusament spools should not be heated above 45 °C without an added screw, while current black spools tolerate 90 °C [1].

Patterns across materials

  • PLA sits lowest because it softens early; most published values are 45–55 °C.
  • PETG runs 5–15 °C higher than PLA from the same maker: Prusa lists 55 °C against 45 °C for PLA, and Bambu Lab’s oven column 60–65 °C against 50 °C [1, 2].
  • ABS, ASA and PC sit around 65–90 °C. Bambu Lab lists 75–85 °C in an oven for ABS and ASA and marks its AMS 2 Pro, which is limited to 65 °C, as not compatible with them [2].
  • TPU ranges from 50 to 70 °C in the data in this chart. Prusa gives 60 °C, and Bambu Lab 70 °C in an oven and 75 °C for 18 hours in its AMS HT [1, 2].
  • Nylon (PA) sits highest. Polymaker gives 100 °C for 8 hours for PolyMide CoPA and asks for storage below 20% relative humidity [4]; Prusa recommends drying highly hygroscopic materials such as polyamide before every print unless they are stored dry [1].

Using the chart

  • To dry several spools at once, the drying planner reads these values and groups spools whose ranges overlap, using the highest temperature that stays inside every member’s range.
  • For methods, equipment limits and storage, see how to dry filament.
  • If you are not sure a spool is wet, the wet filament page lists the symptoms makers describe.

Questions

Why are drying times so different, from 4 to 12 hours?

They assume different equipment and heat transfer. Bambu Lab's appendix, for example, gives PLA Basic 8 hours at 50 °C in a forced-air oven but 12 hours at 45 °C in its AMS units and 12 hours at 60–70 °C on the heated bed under a cover [2]. Use the time that goes with the method you are using.

Is a longer drying time always safer?

No. Prusa recommends sticking to the published times to avoid over-drying, and warns that exceeding the temperature softens the filament [1].

Sources

  1. Drying filament. Prusa Knowledge Base. Manufacturer documentation. Prusament drying table; do not exceed temperatures or times; hygroscopic materials; spool limits. Accessed October 12, 2026.
  2. Filament Drying. Bambu Lab Wiki. Manufacturer documentation. Appendix of drying parameters per method: heated bed, forced-air oven, AMS 2 Pro, AMS HT. Accessed October 12, 2026.
  3. PolyLite PLA Technical Data Sheet (V5.4). Polymaker. Technical data sheet. Accessed October 12, 2026.
  4. PolyMide CoPA Technical Data Sheet (V5.4). Polymaker. Technical data sheet. Accessed October 12, 2026.
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  7. Bambu PLA Matte Technical Data Sheet (V3.0). Bambu Lab. Technical data sheet. Recommended printing settings, drying, physical, thermal and mechanical properties. Accessed October 12, 2026.
  8. Bambu PLA Silk+ Technical Data Sheet (V1.0). Bambu Lab. Technical data sheet. Recommended printing settings, drying, physical, thermal and mechanical properties. Accessed October 12, 2026.
  9. Bambu PLA Tough+ Technical Data Sheet (V3.0). Bambu Lab. Technical data sheet. Recommended printing settings, drying, physical, thermal and mechanical properties. Accessed October 12, 2026.
  10. Bambu PLA-CF Technical Data Sheet (V2.0). Bambu Lab. Technical data sheet. Recommended printing settings, drying, physical, thermal and mechanical properties. Accessed October 12, 2026.
  11. Bambu PETG Basic Technical Data Sheet (V3.0). Bambu Lab. Technical data sheet. Recommended printing settings, drying, physical, thermal and mechanical properties. Accessed October 12, 2026.
  12. Bambu PETG HF Technical Data Sheet (V1.0). Bambu Lab. Technical data sheet. Recommended printing settings, drying, physical, thermal and mechanical properties. Accessed October 12, 2026.
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  45. Overture Silk PLA 3D Printer Filament 1.75mm (product page). Overture 3D. Product page. Specs tab drying setting; description gives a different nozzle range. Accessed October 12, 2026.
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