Creality RFID Hyper PLA filament simplifies the 3D printing process with embedded RFID technology, offering precise printing parameters read through the Creality Filament System (CFS). Designed for speed and accuracy, this filament supports up to 10 times faster printing while delivering high-quality results and maintaining compatibility with Creality 3D printers.
Highlights
RFID technology eliminates setup adjustments and reduces waste.
Supports print speeds up to 600mm/s for faster production.
Maintains accuracy even during high-speed printing.
Superior strength and toughness for durable models.
Smooth extrusion with precise filament diameter control.
Fully compatible with Creality’s range of 3D printers.
Faster Printing, Simplified Workflow
With its high fluidity formula and rapid cooling capabilities, Hyper PLA enables print speeds of up to 600mm/s, significantly reducing project timelines. This advanced material ensures uniform melting and extrusion, while quick cooling allows shapes to set rapidly without compromising precision.
High-Speed Precision
Even at ultra-high print speeds, Hyper PLA exhibits minimal thermal expansion and contraction, guaranteeing exceptional dimensional accuracy. The result is professional-grade, detailed models with reliable structural integrity.
Enhanced Toughness and Durability
Hyper PLA offers superior tensile strength to ABS and greater toughness than traditional PLA, making it ideal for projects requiring robust, load-bearing components. This durability ensures your models perform as expected under various conditions.
Stable, Tangle-Free Extrusion
Thanks to automatic winding and bidirectional laser diameter measurements, the filament maintains a precise 1.75mm (+0.03mm) diameter. This ensures smooth extrusion, preventing clogs and tangles, which results in hassle-free printing.
Seamless Integration with Creality Printers
Creality Hyper PLA is specifically designed to work seamlessly with Creality’s 3D printers. Continuous testing ensures high adaptability, delivering optimal results with minimal adjustments.
