Name: PLA Rainbow Filament (RFID) - 1kg
Brand: Snapmaker
SKU: 34360
Price: 24.99 EUR
Availability: OutOfStock

PLA Rainbow Filament (RFID) - 1kg

Snapmaker PLA Rainbow

Bring Prints to Life in Matte Rainbow Colors

PLA Rainbow transitions smoothly through shades of cyan, purple, pink, yellow, green, and more in a single spool. A soft matte finish complements the flowing pastel gradients, giving your prints a refined look.

Varied Gradients, Distinct Visuals

One full rainbow color cycle uses approximately 200 g of filament. Depending on filament usage, model geometry, and print settings, a print may show part of the gradient or the full rainbow, adding rich color variations to your creations.

Rainbow pencil holder with pens, displaying a partial rainbow gradient design.

A Fresh Look with Every Print

The starting color, filament usage, and settings such as infill density shape the final gradient. Even the same model can feature different color patterns, giving each print a character of its own.

Reconnaissance RFID^[2]

When used with the Snapmaker U1, the printer automatically loads preset filament information for a more convenient printing experience.

Bobines et emballages recyclés

La bobine et la boîte d'emballage sont toutes deux fabriquées à partir de matériaux recyclés, ce qui permet de réduire l'utilisation de matières premières vierges.

Conseils d'impression

Séchage et conservation

• Préséchage : le filament présente une faible sensibilité à l'humidité et ne nécessite généralement pas de séchage. Toutefois, un préséchage est recommandé pour obtenir des résultats d'impression optimaux. Le réglage recommandé est de 55 °C pendant 6 heures.
• Stockage : lorsqu’il n’est pas utilisé, conservez le filament dans un endroit sec, à l’abri de la lumière directe du soleil, afin de garantir une qualité d’impression constante.

Impression

• Adjusting the Color Gradient: A full rainbow color cycle uses approximately 200 g of filament. The range of colors and gradient effect in your print depend on how much filament is used. You can change how colors are distributed across your model by choosing a different starting color or adjusting the infill density.

Caractéristiques techniques

Conditions d'impression recommandées

* Valeur basée sur une buse de 0,4 mm. Les conditions d'impression peuvent varier en fonction du diamètre de la buse.

Température de la buse

190–240 °C

Température du lit

25 à 70 °C

Ventilateur de refroidissement

Vitesse d'impression

Jusqu'à 300 mm/s

Paramètres de séchage avant l'impression

55 °C pendant 6 h

Propriétés physiques

Densité

1.31 g/cm³ (23℃)

Indice de fluidité

14–20 g/10 min

Température de fusion

162,6 °C

Température de transition vitreuse

60,6 °C

Température de ramollissement Vicat

62,7 °C

Température de déformation thermique

57,8 °C

Taux d'absorption d'eau saturée

0.36% (23°C, 70%RH)

Propriétés mécaniques

Résistance à la traction (X-Y)

23.2 ± 0.5 MPa

Résistance à la traction (Z)

12.2 ± 0.7 MPa

Taux d'allongement à la rupture (X-Y)

27.8 ± 2.4%

Taux d'allongement à la rupture (Z)

0,9 ± 0,1 %

Module de flexion (X-Y)

2209 ± 75 MPa

Résistance à la flexion (X-Y)

40.4 ± 1.1 MPa

Résistance aux chocs (X-Y)

6.7 ± 0.5 kJ/m²

Conditions d'impression recommandées

*Avec une buse de 0,4 mm. Les conditions d'impression peuvent varier en fonction du diamètre de la buse.

Température de la buse

190–240 °C

Température du lit

25 à 70 °C

Ventilateur de refroidissement

Vitesse d'impression

Jusqu'à 300 mm/s

Paramètres de séchage avant l'impression

55 °C pendant 6 h

Propriétés physiques

Densité

1.31 g/cm³ (23℃)

Indice de fluidité

14–20 g/10 min

Température de fusion

162,6 °C

Température de transition vitreuse

60,6 °C

Température de ramollissement Vicat

62,7 °C

Température de déformation thermique

57,8 °C

Taux d'absorption d'eau saturée

0.36% (23°C, 70%RH)

Propriétés mécaniques

Résistance à la traction (X-Y)

23.2 ± 0.5 MPa

Résistance à la traction (Z)

12.2 ± 0.7 MPa

Taux d'allongement à la rupture (X-Y)

27.8 ± 2.4%

Taux d'allongement à la rupture (Z)

0,9 ± 0,1 %

Module de flexion (X-Y)

2209 ± 75 MPa

Résistance à la flexion (X-Y)

40.4 ± 1.1 MPa

Résistance aux chocs (X-Y)

6.7 ± 0.5 kJ/m²

Ressources sur les produits

Icône représentant un document PDF surmonté de lignes de texte.

Fiche technique

Guide de l'utilisateur

Tableau des codes hexadécimaux et des valeurs TD

Fiche technique

Guide de l'utilisateur

Tableau des codes hexadécimaux et des valeurs TD

Contenu de la boîte

Filament en bobine scellée × 1

Déshydratant× 1

Boîte d'emballage en papier× 1

Filament en bobine scellée × 1

Déshydratant × 1

Boîte d'emballage en papier × 1

3D printing filament spool next to its packaging box.

Note:
[1] The color swatch is for reference only; color proportions and placement may vary in the finished print.
[2] RFID function is only available for the Snapmaker U1.

Foire aux questions

1. Compatibilité

Snapmaker PLA Rainbow is a 1.75 mm PLA filament designed for compatible FDM 3D printers.

• Snapmaker U1: Use Snapmaker PLA Rainbow with Snapmaker Orca by selecting the corresponding filament preset.
• Other FDM 3D printers: Compatible with most FDM 3D printers. Manual adjustment of printing settings may be required.

2. What makes Snapmaker PLA Rainbow different from regular PLA?

Snapmaker PLA Rainbow features multiple colors that transition smoothly along a single spool, including cyan, purple, pink, yellow, and green.
Unlike regular single-color PLA, it creates naturally changing color gradients as you print, giving each model a unique, multicolor appearance. Depending on filament consumption, model geometry, and printing settings, the result may showcase a full rainbow spectrum or only part of the color range.
Even when printing the same model with identical settings, the color distribution may vary depending on the starting color of the filament, creating different gradient patterns.

3. How does the rainbow color gradient work?

One complete rainbow color cycle uses approximately 200 g of filament.
As the filament is consumed during printing, its colors gradually transition through the rainbow sequence. Depending on the starting color, filament usage, model geometry, and printing settings, the finished print may display only part of the color sequence or approximately one complete rainbow cycle.
• Full Rainbow Gradient: The print displays approximately one complete rainbow color cycle.
• Partial Rainbow Gradient: The print displays only a portion of the rainbow color sequence.

4. Can I customize the color distribution of my prints?

You can influence the final color distribution through the starting color of the filament, model geometry, and printing settings.
For example:
• Starting Color: The color at the beginning of the filament feed determines where the rainbow color sequence starts, affecting the order of colors in the finished print.
• Model Geometry: The model's size, shape, and structure affect how the color transitions appear across its visible surfaces.
• Infill Density: Different infill densities affect filament consumption and may influence the overall color pattern. However, additional filament used for internal infill does not necessarily result in more visible color transitions on the model's exterior.
Since the color transitions are built into the filament, individual color transitions and their exact placement cannot be independently controlled through the slicer.
Even when printing the same model, differences in the starting color and printing settings may produce different color patterns.

5. What are the recommended printing settings for Snapmaker PLA Rainbow?

Paramètre	Recommended Setting
Température de la buse	190–240 °C
Température du lit	25 à 70 °C
Ventilateur de refroidissement	On
Vitesse d'impression	Jusqu'à 300 mm/s
Drying Before Printing	55 °C pendant 6 heures

These settings are based on testing with a 0.4 mm nozzle. Actual printing conditions may vary depending on the printer, nozzle diameter, model geometry, and other factors. Adjust the settings as needed.

6. Do I need to dry Snapmaker PLA Rainbow before printing?

Snapmaker PLA Rainbow has low moisture sensitivity and generally does not require drying before use.
However, for optimal print quality, we recommend pre-drying the filament at 55°C for 6 hours before printing.

7. Build Plate Recommendation

Plaque d'impression	Compatibilité
Textured PEI Plate	Compatible
Plaque en PEI lisse	Compatible
Graphic PEI Plate	Compatible

8. Does Snapmaker PLA Rainbow support RFID recognition?

Yes. Snapmaker PLA Rainbow supports RFID recognition on the Snapmaker U1. When the filament is loaded, the U1 automatically identifies it and loads the dedicated PLA Rainbow preset, making setup easier.
Note: RFID recognition is currently available only on the Snapmaker U1.

9. Are the spools and packaging made from recycled materials?

Yes. Both the filament spool and packaging box are made from recycled materials, helping reduce the use of virgin materials.

Restez informés !

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Snapmaker PLA Rainbow

Bring Prints to Life in Matte Rainbow Colors

Varied Gradients, Distinct Visuals

A Fresh Look with Every Print

Reconnaissance RFID[2]

Bobines et emballages recyclés

Conseils d'impression

Caractéristiques techniques

Ressources sur les produits

Contenu de la boîte

1. Compatibilité

2. What makes Snapmaker PLA Rainbow different from regular PLA?

3. How does the rainbow color gradient work?

4. Can I customize the color distribution of my prints?

5. What are the recommended printing settings for Snapmaker PLA Rainbow?

6. Do I need to dry Snapmaker PLA Rainbow before printing?

7. Build Plate Recommendation

8. Does Snapmaker PLA Rainbow support RFID recognition?

9. Are the spools and packaging made from recycled materials?

PLA Rainbow Filament (RFID) - 1kg

Reconnaissance RFID^[2]