LANDU Beige Hyper PLA Plus 3D printer filament 1kg spool on an eco-friendly cardboard roll for high-speed printing.

LANDU Black Hyper PLA Plus 3D printer filament 1kg spool featuring neat winding and clog-free extrusion.

LANDU Brown Hyper PLA Plus 3D printer filament 1kg spool designed for fast and smooth FDM 3D printing.

LANDU Gray Hyper PLA Plus 3D printer filament 1kg cardboard spool offering high toughness and wide compatibility.

LANDU Green Hyper PLA Plus 3D printer filament 1kg spool showcasing vibrant color and precise dimensional accuracy.

LANDU Red Hyper PLA Plus 3D printer filament 1kg spool engineered for flawless and rapid 3D printing results.

LANDU Silver Hyper PLA Plus 3D printer filament 1kg spool with a recycled cardboard design for eco-friendly printing.

LANDU White Hyper PLA Plus 3D printer filament 1kg spool ensuring bubble-free and tangle-free high-speed extrusion.

LANDU Hyper PLA+ Filament 1,75 mm 1 kg

Q: Can I use Hyper PLA+ on an older, standard-speed 3D printer?

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Q: How is Hyper PLA+ different from standard PLA?

{"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"Hyper PLA+ has a higher melt flow index and a much faster cooling rate. This allows it to extrude rapidly and solidify instantly, preventing detail loss or sagging during high-speed printing while offering better mechanical toughness."}]}]}

Q: Do I need to increase the nozzle temperature for high-speed printing?

{"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"Yes. Printing at higher speeds (e.g., above 300 mm/s) requires higher temperatures to melt the plastic fast enough. We recommend starting at 220℃ and adjusting up to the maximum 230℃ based on your specific print speed."}]}]}

Q: Will printing at maximum speed reduce the strength of my parts?

{"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"Extremely high speeds can slightly reduce the time layers have to bond. However, Hyper PLA+ is specifically formulated to maintain strong layer adhesion even at 600 mm/s, keeping your functional parts durable."}]}]}

Q: What part cooling fan speed should I use?

{"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"We highly recommend setting your part cooling fan to 100% after the first few layers. Rapid cooling is critical when printing at high speeds to ensure clean overhangs and sharp corners without warping."}]}]}

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Why choose LANDU Hyper PLA+?

High-Speed Printing Performance (Optimized material flow allows smoother extrusion and stable printing at high speeds up to 600mm/s)
Improved Toughness (Provides enhanced toughness and layer adhesion compared to standard PLA for functional models and durable items)
Smooth Surface and Detail Quality (Balanced melting and cooling performance helps achieve clean surfaces and accurate details during high-speed printing)

Can I use Hyper PLA+ on an older, standard-speed 3D printer?

Yes. While optimized for high-speed printing up to 600 mm/s, it prints perfectly on standard FDM printers at slower speeds. You will still benefit from its improved toughness and smooth extrusion process.

How is Hyper PLA+ different from standard PLA?

Hyper PLA+ has a higher melt flow index and a much faster cooling rate. This allows it to extrude rapidly and solidify instantly, preventing detail loss or sagging during high-speed printing while offering better mechanical toughness.

Do I need to increase the nozzle temperature for high-speed printing?

Yes. Printing at higher speeds (e.g., above 300 mm/s) requires higher temperatures to melt the plastic fast enough. We recommend starting at 220℃ and adjusting up to the maximum 230℃ based on your specific print speed.

Will printing at maximum speed reduce the strength of my parts?

Extremely high speeds can slightly reduce the time layers have to bond. However, Hyper PLA+ is specifically formulated to maintain strong layer adhesion even at 600 mm/s, keeping your functional parts durable.

What part cooling fan speed should I use?

We highly recommend setting your part cooling fan to 100% after the first few layers. Rapid cooling is critical when printing at high speeds to ensure clean overhangs and sharp corners without warping.

Product introduction

LANDU Hyper PLA+ Filament 1,75 mm 1 kg ist ein Hochgeschwindigkeits-PLA+ 3D-Druckmaterial, das für Entwickler entwickelt wurde, die eine schnellere Druckleistung bei einfacher Bedienung und zuverlässiger Druckqualität wünschen. Mit optimierten Schmelzflusseigenschaften unterstützt Hyper PLA+ schnelles Extrudieren, effizientes Abkühlen und stabile Formgebung während des Hochgeschwindigkeitsdrucks.

Im Vergleich zu Standard-PLA-Filament bietet Hyper PLA+ eine verbesserte Zähigkeit und stärkere Schichtverbindung, während die benutzerfreundliche Druckerfahrung von PLA beibehalten wird. Es eignet sich für Rapid Prototyping, Funktionsteile, kreative Modelle und alltägliche 3D-Druckprojekte.

Erhältlich in mehreren Farben, darunter schwarzes Hyper PLA+ Filament, weißes Hyper PLA+ Filament, graues Hyper PLA+ Filament, rotes Hyper PLA+ Filament, grünes Hyper PLA+ Filament, silbernes Hyper PLA+ Filament, beiges Hyper PLA+ Filament und braunes Hyper PLA+ Filament, liefert LANDU Hyper PLA+ eine zuverlässige Leistung für moderne Hochgeschwindigkeits-FDM-Drucker.

Hauptmerkmale

Hochgeschwindigkeits-Druckleistung
Optimierter Materialfluss ermöglicht eine reibungslosere Extrusion und stabiles Drucken bei hohen Geschwindigkeiten von bis zu 600 mm/s.
Verbesserte Zähigkeit im Vergleich zu PLA
Hyper PLA+ bietet verbesserte Zähigkeit und Schichthaftung, wodurch es für Funktionsmodelle und langlebige Alltagsgegenstände geeignet ist.
Glatte Oberfläche und Detailqualität
Ausgewogenes Schmelz- und Kühlverhalten trägt dazu bei, saubere Oberflächen und präzise Details beim Hochgeschwindigkeitsdruck zu erzielen.
Einfache Druckerfahrung
Behält die einfachen Druckeigenschaften von PLA mit geringem Geruch, zuverlässiger Formgebung und reduziertem Verstopfungsrisiko bei.

Empfohlene Anwendungen

LANDU Hyper PLA+ Filament ist geeignet für:

Schnelle Prototypen
Validierung des Produktdesigns
Funktionsteile
Roboterkomponenten
Drohnenzubehör
Zahnräder
Cosplay-Requisiten
Figuren
Desktop-Dekorationen
Bildungsmodelle
Haushaltsgegenstände

Unterstützt Bambu Lab AMS-Workflows für eine bequeme Filamentverwaltung.

Physical Properties

Material PLA

Diameter 1.75 mm

Weight 1 kg (Net)

Diameter Tolerance ± 0.02 mm

Recommended Printing Settings

Printing Temperature 200–230 ℃

Heated Bed Temperature 25–60 ℃

Nozzle Recommendation 0.4 mm

Print Speed 30-600 mm/s

Compatible Printers

Bambu Lab Verified

Creality Verified

Prusa Verified

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LANDU Hyper PLA+ Filament 1,75 mm 1 kg

Hauptmerkmale

Empfohlene Anwendungen