Prusament PLA Pristine White 1 kg (NFC)

Product Description

Prusament PLA Pristine White 1 kg (NFC) is a top-of-the-line PLA filament manufactured in-house by Prusa Research. Each spool undergoes meticulous quality control and offers exceptional dimensional accuracy of ±0.02 mm, ensuring consistent results even during long prints.

The Pristine White shade is a perfectly clean, neutral white, suitable for presentation models, architectural mock-ups, design prototypes, promotional items, and home decorations. Thanks to minimal deformation during printing, PLA is ideal for large models without significant warping or lifting from the heatbed.

The integrated NFC chip (NFC) in the spool allows Original Prusa printers to automatically recognize the material type and basic parameters, which simplifies operation and reduces the risk of incorrect settings.

Key Features

• Premium PLA filament from Prusa Research manufactured in-house in the Czech Republic
• Clean white color (Pristine White) – ideal for presentation and design models
• Highly precise 1.75 mm diameter with ±0.02 mm tolerance for reliable printing
• Integrated NFC chip in the spool – automatic material identification in compatible printers
• Easy to print – suitable even for beginners
• Low warping and excellent layer adhesion – suitable for large objects
• High-quality spool winding – minimizing tangling and filament snapping
• Made from PLA – bio-based from corn starch, low odor during printing

Recommended Use

Prusament PLA Pristine White is ideal for:

• architectural and technical mock-ups
• design prototypes and concepts
• figures, models, decorations and home accessories
• promotional items and presentation models
• educational projects and school models

Not recommended for parts exposed to long-term high temperatures (e.g., in a car in the sun) or demanding mechanical stress.

Printing Settings (guideline)

• Nozzle temperature: approx. 210 ± 10 °C (depending on printer and print speed)
• Heatbed temperature: 40–60 °C
• Recommended surface: smooth / textured / satin PEI sheet or other suitable surface for PLA
• Cooling: 100% model cooling fan
• Recommended print speed: normal to higher speeds (PLA allows fast printing)

Before printing, we recommend thoroughly degreasing the heatbed (e.g., with isopropyl alcohol) according to the printer manufacturer's recommendations.

PLA Material Properties

• Easy-to-print material suitable even for beginners
• Low shrinkage – minimal deformation
• Average toughness, the material is rather brittle
• Lower temperature resistance – mechanical properties deteriorate above approx. 55–60 °C
• Not ideal for long-term outdoor use (lower UV resistance and temperature stability)

Technical Specifications

Tips for Better Printing Results

• Before the first print from a new spool, check the first layer height and cleanliness of the bed.
• For very large models, use a brim or raft if you have problems with corner adhesion.
• For fine details, print with a layer height of 0.10–0.15 mm.
• If the filament is not used for a long time, store it in a closed container / drybox to minimize moisture absorption.

Who is this filament suitable for

• Users of Original Prusa printers taking advantage of the NFC spool
• Beginners who want an easy-to-print and high-quality PLA filament
• Professionals and companies requiring consistent quality and representative appearance of models
• Model makers, designers, schools and 3D printing clubs looking for a reliable white filament

Key Features:

• Premium PLA filament from Prusa Research manufactured in-house in the Czech Republic
• Clean white color Pristine White suitable for presentation and design models
• High dimensional accuracy of 1.75 mm diameter with ±0.02 mm tolerance
• Integrated NFC chip for automatic spool identification in Original Prusa printers
• Easy-to-print material suitable even for beginners
• Low shrinkage and minimal warping – ideal for large models
• Consistent spool winding quality, reducing the risk of filament tangling
• Suitable for fast printing and detailed models with fine layer height