Creality RFID Hyper PLA
Creality RFID Hyper PLA
Diamètre : 1.75 mm
Format : Bobine 1 Kg
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19,00 € 19,00 €
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Creality RFID Hyper PLA

CREALITY-RFID-H-PLA-BLACK-175-1000
19,00 € 19,00 €
HT
Diamètre : 1.75 mm
Format : Bobine 1 Kg
Couleur : Noir
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Achetez 5 unités
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90,25 € TTC Prix unitaire 18,05 € 19,00 € 90,25 € HT Prix unitaire 18,05 € 19,00 €
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En stock 34 unités disponibles pour expédition immédiate.
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Creality's Hyper PLA RFID is a PLA 3D printing filament developed to offer high-speed 3D printing, maximum dimensional accuracy, and a fully automated user experience thanks to the integration of RFID technology. Designed for 1.75 mm FDM 3D printers compatible with the Creality Filament System (CFS), this material optimizes the workflow, eliminates manual settings, and allows you to manufacture parts with an excellent surface finish in significantly less time.

Its high-fluidity formulation, combined with a smart RFID identification system, makes this filament an ideal solution for those looking for a high-performance PLA filament to boost productivity and achieve consistent results in professional, technical, and prototyping applications.

Ultra-fast 3D printing up to 600 mm/s

Hyper PLA RFID has been formulated to withstand print speeds of up to 600 mm/s, delivering up to ten times the performance of conventional PLA on compatible machines. Its high fluidity ensures homogeneous material melting and stable extrusion even during high-speed prints, while its rapid solidification maintains the geometry of each layer with exceptional precision.

This combination drastically reduces manufacturing times without sacrificing quality, making it an excellent choice for fast 3D printing, rapid prototyping, functional part production, and short manufacturing runs.

Video 1: A user shares their positive experience with Hyper PLA RFID filaments. Source: Allpassion

RFID technology for smart, setup-free printing

One of the main innovations of Hyper PLA RFID is the incorporation of an RFID chip that automatically stores the optimal printing parameters. When the filament is used alongside the Creality Filament System (CFS), the printer identifies the material and loads the recommended settings automatically.

This system eliminates errors caused by incorrect configurations, reduces preparation time before printing, and minimizes material waste. Furthermore, it improves job repeatability and guarantees a much more efficient printing experience, especially in environments where productivity is a priority.

Maximum dimensional accuracy for high-quality prints

Manufacturing control through bidirectional laser measurement maintains a constant diameter of 1.75 mm with a tolerance of ±0.03 mm, providing a uniform flow throughout the entire print.

This high precision reduces extrusion variations, prevents jams, and improves the surface quality of the parts, allowing you to achieve models with sharp details, reliable dimensions, and excellent repeatability even during long-duration prints.

The thermal stability of the material also minimizes expansion and shrinkage during the printing process, promoting greater dimensional accuracy even at very high speeds.

Video 2: Full review of the new Hyper PLA RFID spools. Source: LGS3D

Greater mechanical strength and excellent structural capacity

In addition to its extraordinary speed, Hyper PLA RFID stands out for offering superior mechanical strength. It features higher tensile strength than ABS and greater toughness than conventional PLA, resulting in more robust parts capable of withstanding higher structural loads.

These properties make it a particularly suitable solution for manufacturing functional components, tools, fixtures, housings, engineering prototypes, and parts that require a long service life without giving up the ease of printing inherent to PLA.

Stable and jam-free extrusion

The manufacturing process incorporates high-precision automatic winding that prevents tangles during printing. Together with strict control over the filament diameter, it ensures a continuous and uniform feed that promotes stable extrusion throughout the entire job.

As a result, the risks of clogs, interruptions, and printing defects are significantly reduced, improving reliability in both long prints and high-production projects.

Compatibility with 1.75 mm FDM 3D printers

Thanks to its manufacturing with very tight tolerances, Hyper PLA RFID maintains broad compatibility with 1.75 mm FDM 3D printers. Its performance reaches the highest level when used with Creality printers compatible with the CFS system, where RFID reading allows you to take full advantage of the material's smart features.

The combination of compatible printers, automated filament management systems, and integrated print settings offers an optimized ecosystem to maximize the quality, speed, and stability of every print.

Video 3: A user reviews the new Creality RFID spool. Source: 3DRundown

Ideal for multi-color 3D printing

The integration with the Creality Filament System (CFS) facilitates automatic material changes, allowing you to perform multi-color 3D printing much more easily and efficiently.

Smart RFID identification automatically recognizes each spool, streamlining the management of different colors and reducing preparation times in projects with multiple materials or frequent filament changes.

Sustainable packaging

Hyper PLA RFID also features packaging designed to reduce environmental impact. The cardboard spools and boxes made from recyclable materials contribute to decreasing plastic use and reducing emissions associated with transportation and manufacturing, all while maintaining proper filament protection during storage and distribution.

Hyper PLA RFID: speed, automation, and precision for professional 3D printing

Creality's Hyper PLA RFID combines high-speed 3D printing, RFID technology, high mechanical strength, excellent dimensional accuracy, and smart integration with the Creality Filament System (CFS). Its ability to print up to 600 mm/s, automate print settings, and maintain consistent extrusion makes it one of the best options for those looking for RFID PLA filament, high-speed PLA filament, Creality 3D printer filament, high-performance 1.75 mm PLA, and optimized solutions for production, prototyping, and professional manufacturing.

Frequently Asked Questions

What is Creality's Hyper PLA RFID?

Creality's Hyper PLA RFID is a PLA filament for FDM 3D printing that incorporates RFID technology to automate print settings when used with the Creality Filament System (CFS). It is designed to offer high speed, dimensional accuracy, and increased efficiency throughout the entire printing process.

What are the advantages of RFID technology?

RFID technology stores the optimal print parameters inside the filament spool. When used with the Creality Filament System (CFS), the printer automatically recognizes the material and applies the recommended settings, reducing errors, saving time, and minimizing filament waste.

What is the maximum print speed for Hyper PLA RFID?

This filament has been developed to print at speeds of up to 600 mm/s, significantly reducing manufacturing times without compromising surface quality or part accuracy.

Does it maintain precision even at high speeds?

Yes. Thanks to its high fluidity, rapid solidification, and low thermal shrinkage, Hyper PLA RFID maintains excellent dimensional accuracy even during prints carried out at very high speeds.

What mechanical strength does this filament offer?

Hyper PLA RFID provides higher tensile strength than ABS and greater toughness than conventional PLA, allowing you to manufacture functional parts that are stronger and capable of bearing higher loads.

How does it guarantee uniform extrusion?

The filament is manufactured using bidirectional laser measurement that maintains a diameter of 1.75 mm with a tolerance of ±0.03 mm. Additionally, the automatic winding reduces the risk of tangles, promoting consistent feeding and stable extrusion.

Which 3D printers is it compatible with?

Hyper PLA RFID is compatible with most FDM 3D printers that use 1.75 mm filament. However, the smart RFID reading features are only available on Creality printers that are compatible with the Creality Filament System (CFS).

Is it suitable for multi-color 3D printing?

Yes. When used with the Creality Filament System (CFS), the filament makes automatic material changes easy and simplifies multi-color printing thanks to the automatic recognition of each spool via RFID.

What applications is Hyper PLA RFID recommended for?

It is an excellent choice for prototypes, functional parts, tooling, mechanical components, short production runs, and any application requiring high print speeds, dimensional accuracy, and superior mechanical strength.

Is the packaging for Hyper PLA RFID sustainable?

Yes. The filament is supplied on cardboard spools and in boxes made from recyclable materials, reducing plastic usage and helping to lower the environmental impact without compromising the material's protection.

Informations générales

Matériau PLA
Format 1 Kg
Densité (ASTM D792) 1.24 g/cm³
Diamètre du filament 1.75 mm

Propriétés mécaniques

Allongement à la rupture (ASTM D638) 12.358 %
Résistance à la traction (ASTM D638) 43.357 MPa
Module de traction (ASTM D638) 1885.947 MPa
Résistance à la flexion (ASTM D790) 75.858 MPa
Module de flexion (ASTM D790) 2881.747 MPa

Propriétés thermiques

Température de ramollissement (ASTM D1525) 62.3 ºC

Autres

HS Code 3916.9

Température de la buse

Il est recommandé d'imprimer le Hyper PLA RFID avec une température de buse comprise entre 190 et 230 °C. Le réglage optimal peut varier en fonction de l'imprimante 3D, du diamètre de la buse et de la vitesse d'impression utilisée.

Température du plateau chauffant

Pour favoriser une bonne adhésion de la première couche et minimiser le risque de déformation, il est recommandé de configurer le plateau chauffant entre 25 et 60 °C, en fonction de la surface d'impression utilisée.

Vitesse d'impression

Ce filament a été développé pour travailler à des vitesses allant des vitesses conventionnelles jusqu'à 600 mm/s. Pour obtenir des performances maximales, il est conseillé d'utiliser des imprimantes 3D capables de maintenir une extrusion stable à des vitesses élevées.

Rétraction

Il est recommandé d'utiliser une distance de rétraction comprise entre 1 et 5 mm. La valeur idéale dépendra du système d'extrusion de l'imprimante et devra être ajustée pour minimiser l'apparition de fils sans compromettre la continuité de l'extrusion.

Température ambiante

Pour obtenir des résultats constants, il est recommandé d'imprimer dans un environnement avec une température ambiante entre 0 et 50 °C, en évitant les courants d'air qui pourraient affecter le refroidissement uniforme des pièces.

Compatibilité

Le Hyper PLA RFID est compatible avec la plupart des imprimantes 3D FDM qui utilisent un filament de 1,75 mm. Les fonctions de lecture automatique par RFID nécessitent un équipement compatible avec le Creality Filament System (CFS).

Conservation du filament

Pour conserver les propriétés du matériau, il est recommandé de stocker la bobine dans un endroit sec et bien ventilé, à l'abri de l'humidité, de la lumière directe du soleil et des températures élevées. Après ouverture de l'emballage, si le filament ne doit pas être utilisé à court terme, il est conseillé de le conserver dans une boîte de séchage ou un récipient hermétique avec un déshydratant.

Recommandations d'utilisation

Les paramètres d'impression indiqués servent de point de départ et peuvent nécessiter des ajustements en fonction de l'imprimante 3D, de la géométrie du modèle, des conditions environnementales et de la configuration utilisée. Réaliser un calibrage préalable permettra d'obtenir la meilleure qualité de surface, précision dimensionnelle et stabilité pendant l'impression.

Propriétés en vedette

Diamètre du filament
1.75 mm
Compatible haute vitesse
Oui

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