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Prusament PLA

PRUSA-PLA-JETK-175-1000
27.27 € 27.27 €
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In stock 11 units available for immediate shipping.
units available for shipping in 5 - 9 days Available for shipment within 5 - 9 days

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Approximate delivery date: Monday 26 January

The PLA Prusament filament from Prusa Research is one of the most widely used materials in 3D printing thanks to its unique combination of high quality, dimensional accuracy, and ease of printing. Manufactured with premium raw materials and subjected to strict quality control, this high-quality PLA filament ensures consistent results without warping or adhesion issues.

Parts printed with Prusament PLA Galaxy Black filament

Photo 1: Parts printed with Prusament PLA Galaxy Black filament. Source: Prusa3D

With a manufacturing tolerance of ±0.02 mm and excellent thermal stability, Prusament PLA allows you to print large parts without warping and detailed models with sharp edges. It is compatible with most FDM 3D printers and is ideal for both beginners and experts seeking reliability and aesthetics in their prints.

This filament stands out for its clean printing behavior, odor-free, and with excellent layer adhesion. Its low melting temperature makes it easy to use with standard nozzles, reducing risks and speeding up printing times.

Parts printed with Prusament PLA Ms Pink filament. Source: Prusa3D

Photo 2: Parts printed with Prusament PLA Ms Pink filament. Source: Prusa3D

Technical characteristics of Prusament PLA filament

Below are the key properties of PLA filament that make it one of the best options for home and professional 3D printing:

Property Value / Description
Dimensional accuracy ±0.02 mm
Melting temperature Approx. 175 °C
Heat resistance Less than 70 °C
Printing difficulty Low
Printing speed High
Warping Almost none
Odor None during printing
Hardness Medium
Elasticity Low (rigid)
Post-processing Limited (difficult to sand or paint)
Solubility Very low (only in aggressive chemicals)
Recommended detail Resolution below 0.2 mm
Abrasiveness None
Fracture resistance Moderate (can break)

Parts printed with Prusament PLA Opal Green and Simply Green filaments. Source: Prusa3D

Photo 3: Parts printed with Prusament PLA Opal Green and Simply Green filaments. Source: Prusa3D

Advantages and limitations of PLA for 3D printing

The following table clearly shows the pros and cons of PLA as a filament for 3D printers:

Advantages Limitations
✅ Easy to print on FDM 3D printers ❌ Structural fragility in thin parts
✅ No warping on large models ❌ Low heat resistance
✅ High detail in printed parts ❌ Not suitable for prolonged outdoor use
✅ Ideal for prototypes and decorative objects ❌ Difficult post-processing (sanding or painting)
✅ Odorless during printing ❌ Not recommended for functional stress-bearing parts

Parts printed with Prusament PLA Vanilla White filament. Source: Prusa3D

Photo 4: Parts printed with Prusament PLA Vanilla White filament. Source: Prusa3D

Recommended applications for PLA filament

Thanks to its technical properties and excellent stability during the printing process, PLA filament is ideal for visual applications that do not require high mechanical or thermal resistance.

It is recommended for action figures, miniatures, models, jewelry, decoration, rapid prototypes, and any design requiring precision and aesthetic finish. For large prints, PLA's low thermal contraction prevents warping and makes full use of the available build volume.

Parts printed with Prusament PLA Royal Blue filament. Source: Prusa3D

Photo 5: Parts printed with Prusament PLA Vanilla White filament. Source: Prusa3D

Total quality control: guaranteed precision

Each spool of Prusament PLA is manufactured under strict industrial standards, with continuous measurements of diameter, color, and mechanical properties. Thanks to an in-house production process using laser technology, total consistency is guaranteed for each roll.

This professional PLA filament includes a QR code on each spool that allows users to inspect the manufacturing parameters online, providing full transparency and absolute confidence in every print.

Video 1: Unboxing of Prusament PLA in Lipstick Red color.

A safe, precise, and reliable choice

PLA is the most popular filament for 3D printing due to its ease of use, low cost, and outstanding visual results. Although it does not offer the thermal or mechanical resistance of other technical polymers, its clean behavior and appearance make it perfect for conceptual models, decorative pieces, and presentation prototypes.

For those seeking professional finishes without complications, Prusament PLA filament is an outstanding choice, backed by innovation, material quality, and full traceability.

Parts printed with Prusament PLA Pearl Mouse Gray filament. Source: Prusa3D

Photo 6: Parts printed with Prusament PLA Pearl Mouse Gray filament. Source: Prusa3D

General information
Material PLA
Format 970 g | 1 Kg | 2 Kg | Refill 1 Kg
Density (ISO 1183) 1.24 g/cm³
Filament diameter 1.75 mm
Filament tolerance [PLA Standard] 0.02 mm | [PLA Blend] 0.04 mm
Filament length [970 g] 325,2 m | [1 Kg] 335,3 m | [2 Kg] 670,6 m

Printing properties
Printing temperature 210 ºC
Print bed temperature 40 ºC - 60 ºC
Cooling fan 100 %
Recommended printing speed Up to 200 mm/s

Mechanical properties
Charpy impact strength (ISO 179-1) 13 KJ/m²
Elongation at break (ISO 527-1) 2.9 %
Tensile modulus (ISO 527-1) 2300 MPa
Flexural strength (ISO 178) 83 MPa
Flexural modulus (ISO 178) 3100 MPa
Surface hardness (Prusa Polymers Shore D) 81

Thermal properties
Softening temperature (ISO 75 0.45 MPa) 55 ºC

Other
HS Code 3916.9

To achieve the best results when printing with Prusament PLA filament, it is essential to properly set up the 3D printer and correctly prepare the print surface. Below are key recommendations to improve adhesion, surface finish, and the durability of printed parts in high-quality PLA.

Recommended temperatures

The ideal extruder temperature for Prusament PLA is around 210 °C ± 10 °C. The heated bed can be kept between 40 °C and 60 °C, although printing without a heated bed is also possible if a good adhesive surface is used. No special hotend or closed printer is required.

Print surface preparation

For optimal PLA adhesion, surfaces like smooth PEI, textured or satin, glass, blue tape or glue stick are recommended. The surface should always be clean and free of residues. The best method is to clean with isopropyl alcohol on fragrance-free paper. Hot water with mild soap can also be used. For best results, clean the bed when cold.

Cooling and ventilation

Active cooling is crucial for printing PLA. It is recommended to use a layer fan at 100% to improve bridges, overhangs, and prevent warping. A constant airflow throughout the print helps define fine details.

Print speed

PLA allows high-speed printing without compromising quality. A recommended standard speed is 100%, though it can be adjusted based on the part's complexity and geometry.

Sanding and post-processing

To improve the surface of a PLA printed part, wet sanding is recommended. Dry sanding generates friction and can melt the material, making the process more difficult. Using water prevents overheating and facilitates a smoother finish.

Structural strength

If a more durable part is required, it is recommended to increase the number of perimeters instead of the fill percentage. Most mechanical strength in a 3D print comes from the outer walls. This improves solidity without unnecessarily increasing print time.

Recommended setup summary

ParameterRecommended value
Extruder temperature215 °C
Bed temperature50–60 °C
Print surfaceSmooth, textured or satin PEI
Layer fanActive at 100%
Print speedHigh (100%)
SandingWet
Recommended perimetersMore perimeters for more strength
Closed bedNot necessary

These tricks and settings for printing PLA help get the most out of Prusament filament, achieving cleaner, more stable, and precise 3D prints from the first layer.

Find more information on Prusa3D PLA filaments in the Attachments tab.

Featured properties

Printing temperature
210 ºC
Filament diameter
1.75 mm
High speed compatible
Yes
Density
1.24 g/cm³

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