Creality Hyper PLA 3D Printer Filament 600mm/s High-Speed +/-0.03mm For Creality K1 Max Ender-5 S1 Anycubic Prusa Bambu Yellow 12 Unit per pack

Creality Hyper PLA 3D Printer Filament 12 Pack - 1.75mm, 1kg Spool, Up to 600mm/s High-Speed Printing, +/-0.03mm Accuracy, Compatible with Creality K1 Max Ender-5 S1, Anycubic, Prusa, Bambu, Yellow |||| Ultra High-Speed Printing; Engineered for speeds up to 600mm/s; Creality Hyper PLA maintains excellent detail and quality even with rapid; high-speed 3D printing Supports both fast and standard speed printing; delivering smooth; delicate output |||| Superior Dimensional Accuracy; Achieve highly detailed; accurate prints with a filament tolerance of ±003mm Perfect for intricate models; technical parts; and creative designs where precision is key |||| Enhanced Toughness & Flexibility; Formulated with stronger and more resilient PLA; boasting higher tensile strength than ABS Ideal for parts that need to be both sturdy and durable to resist breaking or cracking |||| Rapid Melting & Cooling; Optimized for high fluidity and fast cooling; this filament extrudes smoothly and solidifies quickly; making it suitable for both quick prototypes and fine-detailed models |||| Broad Printer Compatibility; Works with Creality K1; K1 Max; Ender-5 S1; and many popular brands: Anycubic; Prusa; Bambu; Flashforge; ELEGOO; Artillery; Monoprice; QIDI; and more Clean winding prevents jams and tangles |||| Creality Hyper PLA Filament 12 Pack is optimized for high-speed 3D printing up to 600mm/s. With ±0.03mm accuracy, enhanced toughness, and smooth extrusion, it delivers precise, strong models. Compatible with most 1.75mm 3D printers, this 1kg Yellow spool is ideal for rapid and detailed prints. |||| 12 Per Pack.

• Ultra High-Speed Printing; Engineered for speeds up to 600mm/s; Creality
• Superior Dimensional Accuracy; Achieve highly detailed; accurate prints
• Enhanced Toughness & Flexibility; Formulated with stronger and more
• Rapid Melting & Cooling; Optimized for high fluidity and fast cooling;