LANDU PLA+ Filament 1.75mm 1kg | Robustes FDM-Drucken

Q: What exactly makes PLA+ different from standard PLA?

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Q: Is PLA+ heat resistant enough to be left in a hot car?

{"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"No. Despite its improved toughness, PLA+ shares the same low heat deflection temperature as standard PLA (around 55–60 ℃). If left in a hot car during summer or exposed to direct, intense sunlight, it will soften and warp permanently."}]}]}

Q: Can I use PLA+ instead of PETG or ABS for functional parts?

{"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"It depends on the application. For indoor mechanical parts like gears, hinges, or brackets that bear moderate loads, PLA+ is excellent because it is incredibly stiff and tough. However, if the part requires high heat resistance or outdoor UV resistance, you must use PETG or ABS."}]}]}

Q: Why am I getting more stringing with PLA+ than with standard PLA?

{"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"The toughening additives in PLA+ make it slightly more prone to stringing if printed too hot. If you experience stringing, try lowering your nozzle temperature by 5 ℃ (staying within the 210–230 ℃ range) and slightly increase your retraction distance."}]}]}

Q: Does PLA+ require an enclosed 3D printer?

{"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"Not at all. PLA+ has an extremely low shrinkage rate and practically zero warping. It prints perfectly on open-frame printers at room temperature, making it incredibly beginner-friendly."}]}]}

What exactly makes PLA+ different from standard PLA?

PLA+ contains proprietary additives that significantly reduce the brittleness of standard PLA. While regular PLA snaps easily under pressure, PLA+ has higher impact resistance and will flex slightly before breaking. It also features stronger interlayer bonding.

Is PLA+ heat resistant enough to be left in a hot car?

No. Despite its improved toughness, PLA+ shares the same low heat deflection temperature as standard PLA (around 55–60 ℃). If left in a hot car during summer or exposed to direct, intense sunlight, it will soften and warp permanently.

Can I use PLA+ instead of PETG or ABS for functional parts?

It depends on the application. For indoor mechanical parts like gears, hinges, or brackets that bear moderate loads, PLA+ is excellent because it is incredibly stiff and tough. However, if the part requires high heat resistance or outdoor UV resistance, you must use PETG or ABS.

Why am I getting more stringing with PLA+ than with standard PLA?

The toughening additives in PLA+ make it slightly more prone to stringing if printed too hot. If you experience stringing, try lowering your nozzle temperature by 5 ℃ (staying within the 210–230 ℃ range) and slightly increase your retraction distance.

Does PLA+ require an enclosed 3D printer?

Not at all. PLA+ has an extremely low shrinkage rate and practically zero warping. It prints perfectly on open-frame printers at room temperature, making it incredibly beginner-friendly.

Product introduction

LANDU PLA+ Filament 1,75 mm 1 kg ist ein verbessertes PLA-basiertes 3D-Druckmaterial, das für Maker, Anfänger und Kreative entwickelt wurde, die eine höhere Zähigkeit bei gleichbleibend einfacher Druckleistung benötigen. Im Vergleich zu Standard-PLA-Filament bietet PLA+ eine verbesserte Haltbarkeit, stärkere Schichthaftung und bessere Bruchfestigkeit, wodurch es sich für Funktionsteile, Prototypen, Modelle und alltägliche 3D-Druckprojekte eignet.

Erhältlich in einer breiten Palette von leuchtenden Farben, darunter schwarzes PLA+ Filament, weißes PLA+ Filament, oranges PLA+ Filament, pinkes PLA+ Filament, silbernes PLA+ Filament, violettes PLA+ Filament, braunes PLA+ Filament, rotes PLA+ Filament, gelbes PLA+ Filament, blaues PLA+ Filament, grünes PLA+ Filament und graues PLA+ Filament, hilft LANDU PLA+ Kreativen, sowohl eine zuverlässige Leistung als auch hervorragende visuelle Ergebnisse zu erzielen.

Kompatibel mit gängigen FDM-3D-Druckern, einschließlich Bambu Lab, Creality, Prusa, Anycubic, Elegoo und FlashForge, ist dieses 1,75 mm PLA+ Filament eine zuverlässige Wahl für den Funktionsdruck, kreative Modelle und 3D-gedruckte Objekte für den täglichen Gebrauch.

Hauptmerkmale

Verbesserte Zähigkeit im Vergleich zu Standard-PLA
PLA+ wurde aus traditionellem PLA modifiziert, um eine bessere Zähigkeit zu bieten und die Sprödigkeit während des Gebrauchs zu reduzieren.
Einfaches Druckerlebnis
Behält die benutzerfreundlichen Eigenschaften von PLA bei, wodurch es für Anfänger und den täglichen Druck geeignet ist.
Starke Schichthaftung
Verbesserte Haftung zwischen den Schichten trägt zur Herstellung langlebigerer Druckteile bei.

Bereit für den Funktionsdruck

Geeignet für:

Zahnräder
Halterungen
Spielzeugkomponenten
Telefonhalterungen
Aufbewahrungsprodukte
Große Farbauswahl

Erhältlich in mehreren Farben für:

Kreative Modelle
Dekorationen
Cosplay-Requisiten
Gegenstände des täglichen Gebrauchs

Unterstützt Bambu Lab AMS-Workflows für bequemes Filament-Management.

Sprache

Land/Region

LANDU PLA+ Filament 1,75mm 1kg

Hauptmerkmale

Bereit für den Funktionsdruck