TDS — Technical Data Sheet
The manufacturer’s document for measured material properties and recommended processing conditions. Values apply to the named product and test method, not automatically to every material in the same family.
← Back to Filament Base
Extended material guidePLA
PLA material guide
Polylactic Acid
PLA is the easiest starting point for most desktop FDM printers, but “easy” does not make every PLA formulation identical. Use the family guidance to establish a safe starting window, then follow the exact spool or manufacturer profile and calibrate for your machine.
PLA is a rigid, low-warp thermoplastic commonly used for prototypes, visual models, fixtures and indoor parts. Its main trade-off is thermal performance: a printed part can soften or deform under load well below the polymer’s melting temperature, so a melting point must never be treated as a service-temperature rating.
Before you start: terms used in this guideOpen this short glossary if any technical term is new to you.
SDS — Safety Data Sheet
A document covering hazard classification, handling, storage and emergency information for the supplied product. It does not by itself measure every emission produced while the filament is heated and printed.
Glass-transition temperature (Tg)
The region where the amorphous part of a polymer changes from hard and glass-like to softer and more rubber-like. Tg is not the melting point and is not, by itself, a safe continuous-use temperature.
Heat deflection temperature (HDT)
The temperature at which a test specimen bends by a defined amount under a specified load. Always read the load and test method; HDT is not the same as melting temperature or a universal service limit.
Vicat softening temperature
The temperature at which a standard needle penetrates a specimen by a defined depth under specified conditions. It compares softening behaviour but does not tell you when a real printed part will fail in service.
Melting temperature
The temperature range where crystalline regions melt. A printed part can soften, creep or deform far below this value, so melting temperature must not be used as the part’s heat-resistance rating.
Before you print
CN3D practical guidanceEnclosureNot normally required
DryingUsually unnecessary; dry only when symptoms or the manufacturer require it
Build plateTextured/smooth PEI or PC surface, according to manufacturer guidance
Adhesive / release layerNormally unnecessary on a clean, compatible surface
Nozzle temperatureStandard nozzle for unfilled grades
DifficultyBeginner
Typical family starting range
CN3D practical guidanceNozzle temperature200–220 °C
Build plate temperature40–60 °C
Print speedProduct-dependent
Part coolingFan on
Use this as a starting window, not as a universal profile. Check the spool, TDS or manufacturer profile for the exact product.
Common applications
- Visual prototypes and presentation models
- Indoor brackets, organizers and low-temperature fixtures
- Detailed decorative parts and cosplay components
- Fast dimensional prototypes before moving to an engineering polymer
Limitations to plan around
- Low heat-deflection performance compared with ASA, PC or engineering nylons
- Can creep or deform under sustained load, especially in warm environments
- Standard PLA is often brittle in impact compared with toughened PLA variants
- Outdoor durability and UV stability vary by formulation and colour; do not assume long-term outdoor life
Manufacturer product example
Manufacturer dataPolymaker PolyLite PLA
Polymaker PolyLite PLA TDS V5.4
The values below belong to the named formulation and must not be treated as universal values for the whole material family.
Recommended print settings
Nozzle temperature190–230 °C
Build plate temperature25–60 °C
Print speed50–200 mm/s
Part coolingFan on
EnclosureNot required
Drying55 °C / 6 h
Documented material properties
| Documented material properties | Reported value | Method / condition |
|---|---|---|
| Density | 1.17 g/cm³ @ 23 °C | ISO 1183 |
| Glass-transition temperature (Tg) | 61 °C | DSC, 10 °C/min |
| Vicat softening temperature | 63 °C | ISO 306 |
| Heat deflection temperature (HDT) | 58 °C @ 1.8 MPa; 60 °C @ 0.45 MPa | ISO 75 |
| Melting temperature | 150 °C | DSC, 10 °C/min |
Build plate and adhesion
CN3DStart with a clean PEI or manufacturer-approved surface. PLA normally needs no adhesive when the plate is compatible, clean and the first layer is calibrated. If release or adhesion is poor, solve contamination, Z offset and temperature first; add adhesive only when the plate or product guidance calls for it.
Drying and storage
CN3DFresh, correctly stored PLA often prints without drying. Popping, steam, excessive stringing or a rough surface can indicate moisture. The PolyLite PLA example lists 55 °C for 6 hours, but that is product-specific: verify the temperature limit of the spool, dryer and exact filament before applying it.
Calibration order
CN3D practical guidanceUse this order: verify first layer and bed cleanliness, run a temperature tower, calibrate flow rate, pressure advance and maximum volumetric flow, then tune retraction and cooling. Validate the result with the real part rather than a profile name alone.
Open the CN3D calibration workflow →Practical troubleshooting
CN3D practical guidanceSymptomCorners lift or the first layer releases
Likely causes
Contaminated plate, incorrect Z offset, excessive first-layer cooling or an unsuitable surface temperature
What to change first
Wash the plate, verify Z offset and first-layer temperature before adding adhesive
SymptomFine strings and a rough or popping extrusion
Likely causes
Moist filament, excessive temperature or unsuitable retraction
What to change first
Confirm moisture symptoms, dry within the product limits, then retune temperature and retraction
SymptomWeak layers or a matte, under-extruded surface at speed
Likely causes
Temperature or hotend flow limit is too low for the requested volumetric rate
What to change first
Reduce speed, then calibrate temperature and maximum volumetric flow
Printing environment and precautions
CN3D practical guidancePrinting precaution: Low
Low is a printing-precaution level, not a medical safety certification. Avoid unnecessary overheating, maintain room ventilation and follow the exact product SDS. Additives, pigments, printer temperature and ventilation can change emissions and odour.
What it is and where it came from
CN3DPLA is polylactic acid, a thermoplastic polyester commonly produced from fermentation-derived lactic-acid feedstocks. Commercial filament blends contain product-specific modifiers and pigments, so family-level descriptions cannot replace the manufacturer’s TDS for a named spool.
Official slicer profiles
Manufacturer profileThe official Polymaker library provides presets for supported product, printer and slicer combinations. Select the exact product and keep your own printer profile. Import the filament preset, review every value, and calibrate before production use.
Official manufacturer resources
Manufacturer dataThese documents and profiles open on the manufacturer’s infrastructure. CN3D does not rehost or claim ownership of them.
Technical data sheetPolyLite PLA TDS V5.4Polymaker · PolyLite PLAOpen official resource ↗Safety data sheetPolyLite PLA SDS sectionPolymaker · PolyLite PLAOpen official resource ↗Manufacturer product pagePolyLite PLA technical pagePolymaker · PolyLite PLAOpen official resource ↗Official guidePrusa PLA material guidePrusa Research · PLA familyOpen official resource ↗Official guidePrusa filament drying guidePrusa Research · Filament storageOpen official resource ↗
Useful equipment
CN3D practical guidanceOrdinary PLA should not be used to manufacture a need for accessories. A dryer or dry box becomes useful when storage conditions or printing symptoms show moisture, not as a mandatory purchase for every spool.
No special equipment is normally required beyond a well-maintained printer and a clean build surface.
Affiliate links are labelled and may earn CN3D a commission at no extra cost to you. Commercial relationships do not change the technical recommendation.