SlicerDial

Filament temperature chart: nozzle and bed ranges as each maker publishes them

Published October 15, 2026125 sources

Short answer

Use the range printed for your exact spool, then tune inside it with a temperature tower. Ranges for the same material differ between makers: Prusament PLA is listed at 200–220 °C, Bambu Lab PLA Basic and Polymaker PolyLite PLA at 190–230 °C [85, 6, 71]. Bed temperature also depends on the plate, which Bambu Lab lists separately for each of its build plates [1].

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 / productsNozzle °C (lowest min – highest max)Bed °C (lowest min – highest max)
PLA44 / 44180–25025–70
PETG12 / 12225–27560–90
TPU10 / 10190–27020–75
ABS8 / 8210–29080–110
ASA7 / 7230–28070–115
PA-CF7 / 7260–32040–120
PC6 / 6250–28590–120
PA (nylon)5 / 5245–30025–110
PETG-CF4 / 4240–27560–100
Other2 / 2205–26060–100
PLA-CF2 / 2190–24035–60
PVA2 / 2215–25025–60
ABS-CF1 / 1250–270100–110
ABS-GF1 / 1250–270100–110
ASA-GF1 / 1250–270100–110
PC-CF1 / 1275–295100–120
PET-CF1 / 1280–32060–80
PET-GF1 / 130080

Every product that publishes this value

115 products from 9 brands. Sorting puts "not published" last.
Source
Bambu LabPLA BasicPLA190–23035–45[6, 7]
Bambu LabPLA MattePLA190–23035–45[7, 8]
Bambu LabPLA Silk+PLA210–24035–45[9]
Bambu LabPLA Tough+PLA220–25035–65[10]
Bambu LabPLA-CFPLA-CF210–24035–45[11]
Bambu LabPETG BasicPETG230–26065–75[12]
Bambu LabPETG HFPETG230–26065–75[7, 13]
Bambu LabPETG-CFPETG-CF240–27065–75[14]
Bambu LabABSABS240–27080–100[15]
Bambu LabASAASA240–27080–100[16]
Bambu LabTPU 95A HFTPU220–24030–35[17, 18]
Bambu LabPAHT-CFPA-CF260–29080–100[19]
Bambu LabPCPC260–28090–110[20]
Bambu LabSupport for PLA/PETGPLA190–24035–60[21]
Bambu LabPVAPVA220–25035–45[22]
ElegooPLAPLA190–23035–65[23]
ElegooPLA PlusPLA200–23035–65[24]
ElegooRapid PLA PlusPLA200–23035–65[25]
ElegooPLA MattePLA190–23035–65[26]
ElegooPLA SilkPLA190–23035–65[27]
ElegooPETG ProPETG230–26065–75[28]
ElegooRapid PETGPETG240–27065–75[29]
ElegooABSABS240–28090–100[30]
ElegooASAASA240–27090–100[31]
ElegooTPU 95ATPU220–24030–45[32]
ElegooPCPC250–27090–110[33]
ElegooPAHT-CFPA-CF260–29090–110[34]
eSUNPLA+PLA210–23045–60[35]
eSUNPLA-BasicPLA210–23045–60[35]
eSUNPLA-MattePLA190–23045–60[35]
eSUNPLA-SilkPLA190–23045–60[35]
eSUNPLA+HSPLA210–23045–60[35]
eSUNPLA-CFPLA-CF190–23045–60[35]
eSUNPETGPETG230–25075–90[35]
eSUNPETG-BasicPETG240–27075–90[35]
eSUNABS+ABS230–27095–110[35]
eSUNASA+ASA240–27090–110[35]
eSUNTPU-95ATPU220–25045–60[35]
eSUNPA-CFPA-CF260–30045–60[35]
HatchboxPLAPLA180–220not published[36, 37]
HatchboxPLA Pro+PLA190–220not published[38]
HatchboxPLA Max V2PLA190–210not published[39]
HatchboxPerformance PLA (PPLA)PLA180–220not published[40]
HatchboxMatte PLAPLA210–230not published[41]
HatchboxSilk PLAPLA180–220not published[42]
HatchboxWood PLAPLA180–220not published[43]
HatchboxPETGPETG230–260not published[44]
HatchboxRapid PETGPETG225–275not published[45]
HatchboxABSABS210–240not published[46]
HatchboxTPU 95ATPU190–235not published[47]
OverturePLAPLA190–22025–60[48, 49]
OverturePLA+PLA190–23025–60[50]
OvertureSuper PLA+PLA190–23025–60[51, 52]
OverturePLA Pro (PLA Professional)PLA190–22025–60[53, 54]
OvertureMatte PLAPLA190–23050–70[55, 56]
OvertureSilk PLAPLA200–22050–60[57, 58]
OvertureRock PLAPLA190–23050–70[59, 60]
OvertureHigh Speed PETGPETG230–26065–70[61]
OvertureABSABS245–26580–100[62, 63]
OvertureASAASA240–27070–95[64, 65]
OvertureTPU 95ATPU210–24025–60[66]
OverturePC ProfessionalPC250–27090–105[67, 68]
OvertureEasy NylonPA (nylon)245–26050[69, 70]
PolymakerPolyLite PLAPLA190–23025–60[71, 72]
PolymakerPLA ProPLA210–23030–60[72, 73]
PolymakerPolySonic PLAPLA190–23030–60[72, 74]
PolymakerPanchroma Matte PLAPLA190–23025–60[75]
PolymakerPanchroma Silk PLAPLA190–23025–60[75]
PolymakerPETGPETG240–26060–70[76]
PolymakerPolyLite ABSABS245–26590–100[77]
PolymakerASAASA230–26075–95[78]
PolymakerPolyFlex TPU95TPU210–23025–60[79]
PolymakerPolyMide CoPAPA (nylon)250–27025–50[80]
PolymakerPolyMax PCPC250–27090–105[81]
PolymakerFiberon PA6-CF20PA-CF280–30040–50[82]
PolymakerFiberon PETG-rCF08PETG-CF240–27060–70[83]
PolymakerPolyDissolve S1 (PVA)PVA215–22525–60[72, 84]
PrusamentPLAPLA200–22040–60[85, 86]
PrusamentPLA BlendPLA200–22040–60[87]
PrusamentPLA High SpeedPLA190–23040–60[88]
PrusamentrPLA Natural PigmentsPLA195–21540–60[86, 89]
PrusamentPETGPETG240–26070–90[86, 90]
PrusamentPETG Carbon FiberPETG-CF255–27580–100[86, 91]
PrusamentASAASA250–270105–115[86, 92]
PrusamentPC BlendPC265–285100–120[86, 93]
PrusamentPC Blend Carbon FiberPC-CF275–295100–120[86, 94]
PrusamentPA11 Carbon FiberPA-CF280–290100–120[86, 95]
PrusamentPA11PA (nylon)265–28590–110[96]
PrusamentPVBOther205–22570–80[86, 97]
PrusamentTPU 95ATPU220–24055–75[86, 98]
Siraya TechFibreheart PET-CFPET-CF280–32060–80[99]
Siraya TechFibreheart PETG-CF ProPETG-CF250–27070–80[100, 101]
Siraya TechFibreheart PET-GFPET-GF30080[102]
Siraya TechFibreheart PPAPA (nylon)280–30070–80[103]
Siraya TechFibreheart PPA-CFPA-CF280–32070–90[104]
Siraya TechFibreheart PPA-CF CorePA-CF280–32080[105]
Siraya TechFibreheart ABS-CFABS-CF250–270100–110[106]
Siraya TechFibreheart ABS-GFABS-GF250–270100–110[107]
Siraya TechFibreheart ASA-GFASA-GF250–270100–110[108]
Siraya TechFibreheart ABS HT HFABS240–260100–110[109]
Siraya TechFlex TPU 95ATPU200–23020–50[110]
Siraya TechFlex TPU 64DTPU240–27045[111]
Siraya TechRebound PEBA 95AOther230–26060–100[112]
SunluPLAPLA200–24060–70[113, 114]
SunluPLA+PLA205–24550–60[114, 115]
SunluPLA+ 2.0PLA205–24550–60[114, 116]
SunluHigh Speed PLAPLA210–23050–60[114, 117]
SunluPLA MattePLA205–24550–60[114, 118]
SunluSilk PLA+PLA210–23050–60[114, 119]
SunluPETGPETG240–26060–70[114, 120]
SunluABSABS250–29080–100[114, 121]
SunluASAASA250–28080–100[114, 122]
SunluTPU 95ATPU190–23050–60[114, 123]
SunluPCPC260–280100–110[114, 124]
SunluEasy PAPA (nylon)250–28030–50[114, 125]

How to read a published range

The table on this page copies each manufacturer’s nozzle and bed temperatures as printed in its data sheet or on its official product page. Three things are worth knowing before you use them.

A range is the maker’s window for its own formulation. Two PLAs are not the same plastic. Prusament lists its PLA at 200–220 °C, while Bambu Lab’s PLA Basic and Polymaker’s PolyLite PLA both give 190–230 °C [85, 6, 71]. The summary table above shows how wide the spread gets once every product in a material family is counted.

Some makers publish a range, some publish a point. Prusa’s knowledge base gives single recommended values, for example 215 °C for PLA’s first layer and 210 °C afterwards, with a 60 °C bed [4], and 230/240 °C nozzle with an 85/90 °C bed for PETG [5]. A point value is a starting setting, not a claim that 205 °C fails.

Tolerances are not always stated. Bambu Lab’s wiki marks its own nozzle ranges as ±10 °C [1], while its data sheets give narrower ranges for the same products. Where data sheet and wiki disagree, this database uses the data sheet and records the wiki value as a note on the brand page.

Bed temperature depends on the plate

The bed column is the least portable number in any chart, because adhesion depends on the surface. Bambu Lab publishes bed temperatures per plate type: for PLA, 35–45 °C on its Cool Plate and 45–65 °C on its Engineering (with glue), Smooth PEI and Textured PEI plates; for PETG, 60–80 °C, and it does not recommend the Cool Plate for PETG at all [1]. Where a data sheet ties its bed range to a plate, the brand pages show that condition next to the value.

OrcaSlicer notes that bed temperature usually has a fairly broad working window and that too low a bed risks warping and detachment while too high a bed softens the bottom layers into elephant’s foot [2]. For a plate that is not in a maker’s list, start from the maker’s range and check the first layer; bed adhesion covers what to look for.

Picking a value inside the range

  1. Start in the middle of the maker’s range for your spool.
  2. Print a temperature tower across the range. OrcaSlicer’s advice is to take the middle of the range of good-looking blocks, or the upper end if you plan to print at high speed or high flow [3]. The temperature tower guide explains how to read one, and the tower calculator converts a block height into a temperature.
  3. Re-check after changing speed. Faster printing pushes more plastic through the same melt zone, which is why high-speed filaments and profiles often sit at the top of the range.

Chamber temperature, the hidden third number

Enclosed printers add a chamber temperature that data sheets rarely state. It cuts both ways:

  • For ABS, ASA, PC and nylon, OrcaSlicer says a warmer chamber can reduce warping and may improve layer bonding [2], and Bambu Lab recommends an enclosed printer for these materials [1].
  • For PLA, PETG, TPU and PVA, OrcaSlicer advises keeping the chamber cool to avoid clogs from filament softening at the heat break [2]. Bambu Lab recommends opening the door or removing the top glass when printing low-softening filaments such as PLA with the bed above 45 °C, and PETG with the bed above 60 °C [1].

If PLA starts clogging in an enclosed printer on a warm day, that is the likely mechanism; see clogged nozzle.

Where this chart stops

These are printing temperatures only. They say nothing about how hot a finished part can get before it softens; for that, see heat resistance. And before blaming temperature for stringing or rough surfaces, rule out moisture: the drying chart lists each maker’s drying conditions.

Questions

Why does my slicer profile use a temperature outside the maker's range?

Generic profiles are written for a material class, not a specific spool. OrcaSlicer's own reference table gives broad standard ranges per material and says real optimal temperatures vary by brand and printer and that the filament maker's recommendation comes first [2].

Should the first layer be hotter?

Slicers allow separate first-layer temperatures. OrcaSlicer notes that a higher first-layer temperature can improve adhesion but can also cause elephant's foot [2]; Prusa's PLA guide, for example, recommends 215 °C for the first layer and 210 °C after [4].

Sources

  1. Filament guide: printer, nozzle, AMS, build plate, glue compatibility and required parameters. Bambu Lab Wiki. Manufacturer documentation. Nozzle ranges (±10 °C) and bed temperature per plate type; chamber advice by softening temperature. Accessed October 12, 2026.
  2. Material Temperatures. OrcaSlicer Wiki. Slicer documentation. Standard ranges table; first-layer temperatures; bed and chamber guidance. Accessed October 12, 2026.
  3. Temp Calibration. OrcaSlicer Wiki. Slicer documentation. Temperature tower; choose the middle of a good range, higher for high flow. Accessed October 12, 2026.
  4. PLA. Prusa Knowledge Base. Manufacturer documentation. Recommended nozzle 215 °C first layer / 210 °C, bed 60 °C. Accessed October 12, 2026.
  5. PETG. Prusa Knowledge Base. Manufacturer documentation. Recommended nozzle 230/240 °C, bed 85/90 °C. Accessed October 12, 2026.
  6. Bambu PLA Basic Technical Data Sheet (V3.0). Bambu Lab. Technical data sheet. Recommended printing settings, drying, physical, thermal and mechanical properties. Accessed October 12, 2026.
  7. Bambu High Flow Hotend (H2/P2S/X2D) product page. Bambu Lab. Product page. Max volumetric speed table for PLA Basic, PLA Matte and PETG HF with standard-flow and high-flow 0.4/0.6/0.8 mm hotends. Accessed October 12, 2026.
  8. 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.
  9. 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.
  10. 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.
  11. 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.
  12. 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.
  13. 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.
  14. Bambu PETG-CF Technical Data Sheet (V3.0). Bambu Lab. Technical data sheet. Recommended printing settings, drying, physical, thermal and mechanical properties. Accessed October 12, 2026.
  15. Bambu ABS Technical Data Sheet (V3.0). Bambu Lab. Technical data sheet. Recommended printing settings, drying, physical, thermal and mechanical properties. Accessed October 12, 2026.
  16. Bambu ASA Technical Data Sheet (V3.0). Bambu Lab. Technical data sheet. Recommended printing settings, drying, physical, thermal and mechanical properties. Accessed October 12, 2026.
  17. Bambu TPU 95A HF Technical Data Sheet (V1.0). Bambu Lab. Technical data sheet. Recommended printing settings, drying, physical, thermal and mechanical properties. Accessed October 12, 2026.
  18. TPU 95A HF product page. Bambu Lab. Product page. Max volumetric speed and print speed of TPU 95A HF vs. Bambu TPU 95A at 230 °C. Accessed October 12, 2026.
  19. Bambu PAHT-CF Technical Data Sheet (V3.0). Bambu Lab. Technical data sheet. Recommended printing settings, drying, physical, thermal and mechanical properties. Accessed October 12, 2026.
  20. Bambu PC Technical Data Sheet (V2.0). Bambu Lab. Technical data sheet. Recommended printing settings, drying, physical, thermal and mechanical properties. Accessed October 12, 2026.
  21. Bambu Support for PLA/PETG Technical Data Sheet (V1.0). Bambu Lab. Technical data sheet. Recommended printing settings, drying, physical, thermal and mechanical properties. Accessed October 12, 2026.
  22. Bambu PVA Technical Data Sheet (V1.0). Bambu Lab. Technical data sheet. Recommended printing settings, drying, physical, thermal and mechanical properties. Accessed October 12, 2026.
  23. ELEGOO PLA product page: Specifications. ELEGOO. Product page. Specifications section: drying, recommended printing settings, physical properties (density, Vicat, HDT at 0.45 MPa) and X-Y/Z mechanical properties; no test standards named. Accessed October 12, 2026.
  24. ELEGOO PLA Plus product page: Specifications. ELEGOO. Product page. Specifications section: drying, recommended printing settings, physical properties (density, Vicat, HDT at 0.45 MPa) and X-Y/Z mechanical properties; no test standards named. Accessed October 12, 2026.
  25. ELEGOO Rapid PLA Plus product page: Specifications. ELEGOO. Product page. Specifications section: drying, recommended printing settings, physical properties (density, Vicat, HDT at 0.45 MPa) and X-Y/Z mechanical properties; no test standards named. Accessed October 12, 2026.
  26. ELEGOO PLA Matte product page: Specifications. ELEGOO. Product page. Specifications section: drying, recommended printing settings, physical properties (density, Vicat, HDT at 0.45 MPa) and X-Y/Z mechanical properties; no test standards named. Accessed October 12, 2026.
  27. ELEGOO PLA Silk product page: Specifications. ELEGOO. Product page. Specifications section: drying, recommended printing settings, physical properties (density, Vicat, HDT at 0.45 MPa) and X-Y/Z mechanical properties; no test standards named. Accessed October 12, 2026.
  28. ELEGOO PETG Pro product page: Specifications. ELEGOO. Product page. Specifications section: drying, recommended printing settings, physical properties (density, Vicat, HDT at 0.45 MPa) and X-Y/Z mechanical properties; no test standards named. Accessed October 12, 2026.
  29. ELEGOO Rapid PETG product page: Specifications. ELEGOO. Product page. Specifications section: drying, recommended printing settings, physical properties (density, Vicat, HDT at 0.45 MPa) and X-Y/Z mechanical properties; no test standards named. Accessed October 12, 2026.
  30. ELEGOO ABS product page: Specifications. ELEGOO. Product page. Specifications section: drying, recommended printing settings, physical properties (density, Vicat, HDT at 0.45 MPa) and X-Y/Z mechanical properties; no test standards named. Accessed October 12, 2026.
  31. ELEGOO ASA product page: Specifications. ELEGOO. Product page. Specifications section: drying, recommended printing settings, physical properties (density, Vicat, HDT at 0.45 MPa) and X-Y/Z mechanical properties; no test standards named. Accessed October 12, 2026.
  32. ELEGOO TPU 95A product page: Specifications. ELEGOO. Product page. Specifications section: drying, recommended printing settings, physical properties (density, Vicat, HDT at 0.45 MPa) and X-Y/Z mechanical properties; no test standards named. Accessed October 12, 2026.
  33. ELEGOO PC product page: Specifications. ELEGOO. Product page. Specifications section: drying, recommended printing settings, physical properties (density, Vicat, HDT at 0.45 MPa) and X-Y/Z mechanical properties; no test standards named. Accessed October 12, 2026.
  34. ELEGOO PAHT-CF product page: Specifications. ELEGOO. Product page. Specifications section: drying, recommended printing settings, physical properties (density, Vicat, HDT at 0.45 MPa) and X-Y/Z mechanical properties; no test standards named. Accessed October 12, 2026.
  35. Product Comparison. eSUN (official store). Product page. Values appear after choosing a product in the comparison tool: density, HDT at 0.45 MPa, melt flow index, Z tensile strength, X-Y flexural and Izod values, extruder and bed temperature, fan, print speed, build surfaces and printing recommendations; no test standards named. Accessed October 12, 2026.
  36. Black PLA Filament - 1.75mm, 1kg Spool. HATCHBOX. Product page. Print temperature 180–220 °C; no heated bed required; ±0.03 mm. Page text read via the store's public /products/<handle>.js endpoint; the HTML page returns 403 to automated requests. Accessed October 12, 2026.
  37. HATCHBOX PLA 3D Printer Filament Safety Data Sheet (Version 1.0, issued 1/11/2016). HATCHBOX. Safety data sheet. Section 9: melting temperature 155 °C, density 1.27 g/cm³; section 10: thermal decomposition above 260 °C. Accessed October 12, 2026.
  38. Black PLA Pro+ Filament - 1.75mm, 1kg Spool. HATCHBOX. Product page. Print temperature 190–220 °C. Page text read via the store's public /products/<handle>.js endpoint; the HTML page returns 403 to automated requests. Accessed October 12, 2026.
  39. White PLA Max V2 Filament - 1.75mm, 1kg Spool. HATCHBOX. Product page. Print temperature 190–210 °C; AMS-compatible spool size. Page text read via the store's public /products/<handle>.js endpoint; the HTML page returns 403 to automated requests. Accessed October 12, 2026.
  40. Orange Performance PLA Filament - 1.75mm, 1kg Spool. HATCHBOX. Product page. Print temperature 180–220 °C; matte finish. Page text read via the store's public /products/<handle>.js endpoint; the HTML page returns 403 to automated requests. Accessed October 12, 2026.
  41. White Matte PLA Filament - 1.75mm, 1kg Spool. HATCHBOX. Product page. Print temperature 210–230 °C. Page text read via the store's public /products/<handle>.js endpoint; the HTML page returns 403 to automated requests. Accessed October 12, 2026.
  42. Silk White PLA Filament - 1.75mm, 1kg Spool. HATCHBOX. Product page. Print temperature 180–220 °C. Page text read via the store's public /products/<handle>.js endpoint; the HTML page returns 403 to automated requests. Accessed October 12, 2026.
  43. Wood PLA Filament - 1.75mm, 1kg Spool. HATCHBOX. Product page. Print temperature 180–220 °C. Page text read via the store's public /products/<handle>.js endpoint; the HTML page returns 403 to automated requests. Accessed October 12, 2026.
  44. White PETG Filament - 1.75mm, 1kg Spool. HATCHBOX. Product page. Print temperature 230–260 °C; no heated bed required. Page text read via the store's public /products/<handle>.js endpoint; the HTML page returns 403 to automated requests. Accessed October 12, 2026.
  45. Black Rapid PETG Filament - 1.75mm, 1kg Spool. HATCHBOX. Product page. Print temperature 225–275 °C; print speeds up to 400 mm/s. Page text read via the store's public /products/<handle>.js endpoint; the HTML page returns 403 to automated requests. Accessed October 12, 2026.
  46. Black ABS Filament - 1.75mm, 1kg Spool. HATCHBOX. Product page. Print temperature 210–240 °C. Page text read via the store's public /products/<handle>.js endpoint; the HTML page returns 403 to automated requests. Accessed October 12, 2026.
  47. Black TPU Filament - 1.75mm, 1kg Spool (Shore 95A). HATCHBOX. Product page. Print temperature 190–235 °C. Page text read via the store's public /products/<handle>.js endpoint; the HTML page returns 403 to automated requests. Accessed October 12, 2026.
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  50. OVERTURE PLA+ Technical Data Sheet (Version 5.2, Jan 2026). Overture 3D. Technical data sheet. Recommended printing conditions including drying, physical properties and X-Y/Z mechanical properties of printed specimens. Accessed October 12, 2026.
  51. OVERTURE SUPER PLA+ Technical Data Sheet (Version 5.1, August 2024). Overture 3D. Technical data sheet. Recommended printing conditions, physical and mechanical properties of 3D-printed specimens (100% infill). Accessed October 12, 2026.
  52. Overture Super PLA+ 3D Printer Filament 1.75mm (product page). Overture 3D. Product page. Specs tab drying setting; positioning versus PLA Pro. Accessed October 12, 2026.
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  54. Overture PLA Pro 3D Printer Filament 1.75mm (product page). Overture 3D. Product page. Specs tab drying setting. Accessed October 12, 2026.
  55. OVERTURE MATTE PLA Technical Data Sheet (Version 5.1, August 2024). Overture 3D. Technical data sheet. Recommended printing conditions and printed-specimen properties; also lists a carbon fiber variant. Accessed October 12, 2026.
  56. Overture Matte PLA 3D Printer Filament 1.75mm (product page). Overture 3D. Product page. Specs tab drying setting. Accessed October 12, 2026.
  57. OVERTURE SILK PLA Technical Data Sheet (Version 5.1, August 2024). Overture 3D. Technical data sheet. Recommended printing conditions, physical and mechanical properties of 3D-printed specimens (100% infill). Accessed October 12, 2026.
  58. 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.
  59. OVERTURE Rock PLA Technical Data Sheet (Version 5.1, August 2024). Overture 3D. Technical data sheet. Recommended printing conditions, physical and mechanical properties of 3D-printed specimens (100% infill). Accessed October 12, 2026.
  60. Overture Rock PLA 3D Printer Filament 1.75mm (product page). Overture 3D. Product page. Specs tab drying setting. Accessed October 12, 2026.
  61. OVERTURE PETG Technical Data Sheet (Version 5.2, Dec 2025). Overture 3D. Technical data sheet. Recommended printing conditions including drying, physical properties and X-Y/Z mechanical properties of printed specimens; linked from the High Speed PETG page. Accessed October 12, 2026.
  62. OVERTURE ABS Technical Data Sheet (Version 5.1, August 2024). Overture 3D. Technical data sheet. Recommended printing conditions, physical and mechanical properties of 3D-printed specimens (100% infill). Accessed October 12, 2026.
  63. Overture ABS 3D Printer Filament 1.75mm (product page). Overture 3D. Product page. Specs tab drying setting; description states heat deflection up to 98 °C and different nozzle/bed settings. Accessed October 12, 2026.
  64. OVERTURE ASA Technical Data Sheet (Version 5.1, August 2024). Overture 3D. Technical data sheet. Recommended printing conditions, physical and mechanical properties of 3D-printed specimens (100% infill). Accessed October 12, 2026.
  65. Overture ASA 3D Printer Filament 1.75mm (product page). Overture 3D. Product page. Specs tab drying setting. Accessed October 12, 2026.
  66. OVERTURE TPU 2.0 Technical Data Sheet (Version 5.1, August 2024). Overture 3D. Technical data sheet. Linked as the TDS of the TPU 95A product; recommended printing conditions including drying, physical and mechanical properties. Accessed October 12, 2026.
  67. OVERTURE PC PROFESSIONAL Technical Data Sheet (Version 5.1, August 2024). Overture 3D. Technical data sheet. Recommended printing conditions; separate property tables for transparent and other colors. Accessed October 12, 2026.
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