The new Hyper PLA filaments by Creality incorporate RFID tags, allowing your printer to automatically recognize the material and color. They are fully compatible with the CFS (Creality Filament System) of the K1, K2, and HI series, eliminating the need for manual adjustments and ensuring perfect results every time.
The new RFID PLA Filaments from Creality are the highest quality filaments for high and regular speed ever released, now with RFID tags. RFID Tags High-speed printing Precise printing Rich colors Maintain accuracy at extremely high speed High stability ensures minimal changes in thermal expansion and cold contraction even when printing at high speeds, delivering high dimensional accuracy and better results. 10x faster printing, boost your creativity Thanks to high fluidity and a fast-cooling formula, the Hyper Series PLA supports printing speeds up to 600 mm/s. The high fluidity provides sufficient melting and extrusion, while rapid cooling enables quick shaping for high-speed printing. Greater durability for stronger models With higher tensile strength than ABS and greater toughness than traditional PLA, Hyper Series PLA offers better structural load-bearing capacity for printed models. Neat winding for smooth printing Precise filament diameter control and automatic winding arrangement combine to ensure smoother, tangle-free printing. Uniform wire diameter, stable extrusion Based on bidirectional laser diameter measurement, the filament diameter accuracy is 1.75±0.03 mm, making extrusion smoother. Compatible with Creality 3D Printers Continuous machine and filament testing ensure a high degree of adaptability. RFID Tags are compatible with Creality's CFS for K1, K2, HI, etc. Made from high-quality materials Globally selected raw materials and strict quality control provide excellent printing performance and results.
Smart Printing with RFID Technology
The new Hyper PLA filaments by Creality incorporate RFID tags, allowing your printer to automatically recognize the material and color. They are fully compatible with the CFS (Creality Filament System) of the K1, K2, and HI series, eliminating the need for manual adjustments and ensuring perfect results every time.
10x Faster Printing up to 600mm/s
Accelerate your creativity without compromise. Thanks to its special high-flow and fast-cooling formula, Hyper PLA supports print speeds of up to 600 mm/s. The rapid material setting allows for immediate layer stabilization, making it 10 times faster than traditional PLA.
Durability that Surpasses ABS
Hyper Series PLA offers enhanced structural load-bearing capacity. With higher tensile strength than ABS and greater durability than standard PLA, your models gain exceptional rigidity, making the material ideal for both decorative and functional parts.
Ultimate Precision & Stable Extrusion
With the use of bidirectional laser measurement, the filament diameter is maintained consistently at 1.75±0.03 mm. This uniformity, combined with automatic regular winding, ensures smooth printing without tangles on the spool and a steady material flow from the nozzle.
High Performance Technical Specifications
Hyper PLA is designed to operate within a wide temperature range (190-230°C) and on various surfaces such as PEI or Carbon Silicon. With a flexural strength of 92.381Mpa and Charpy Impact Strength of 8.8344kJ/m², it offers the stability required for high-precision prints even at extreme speeds.
Top Quality Raw Materials
Creality selects the best raw materials worldwide and applies strict quality control. The result is a filament with low thermal expansion and minimal shrinkage, maintaining the dimensional accuracy of your model while offering rich colors and a professional finish.
- Product Number
- 3301010467
- Material
- PLA RFID
- Colour
- Orange
- Diameter
- 1.75 mm
- Weight
- 1 kg
- Filament Packaging
- Spool
- Quantity
- 1 pcs
Important information
Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.