Print Up to 5x Faster Without Sacrificing Quality.
Creality Hyper ABS is engineered for speed. With its enhanced fluidity formula, this high-speed ABS filament allows you to push your 3D printer to its limits — achieving up to 5x faster print speeds compared to standard filaments, all while maintaining exceptional print quality.
Reduced Shrinkage. Cleaner Prints. Hyper ABS is formulated to relieve internal stresses during printing, significantly lowering its shrinkage rate. The result? Clean, warp-free prints — even on complex models with hollow sections or fine details — without the need to close off cavities.
Stronger & More Heat-Resistant Than Standard PLA With an impact strength of 19 kJ/m² — nearly double that of conventional PLA (10 kJ/m²) — Hyper ABS produces parts that stand up to real-world stress. It also offers a temperature resistance of up to 80°C, making it ideal for functional parts used in warmer environments.
Built for Creality Printers, Hyper ABS is optimised to deliver its best performance on Creality 3D printers, ensuring reliable, consistent results straight out of the box.
What Can You Make With Hyper ABS? Thanks to its strength, heat resistance, and speed, Hyper ABS is the go-to filament for practical, demanding prints. Here are just a few popular use cases:
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Mechanical Parts – Brackets, housings, gears, and clips that need to hold up under stress or repeated use
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Automotive Components – Under-bonnet fittings, trim pieces, and cable management parts that must handle higher temperatures
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Functional Home & Workshop Items – Tool holders, jigs, fixtures, replacement knobs, and mounts
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Education & Research – Rapid prototyping for engineering students, lab tooling, and concept models
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Medical & Scientific – Non-implant device housings, equipment fixtures, and enclosures
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Robotics & Electronics – Motor mounts, sensor enclosures, and structural frames for custom builds
Versatile Across Industries Whether you're creating prototypes, functional components, or end-use parts, Hyper ABS is trusted across mechanical engineering, automotive, medical, education, and research applications.
Specifications:
- Diameter: 1.75mm
- Spool Weight: 1kg
- Recommended Nozzle Temp: 230–270°C
- Recommended Bed Temp: 75–95°C
- Impact Strength: 19 kJ/m²
- Temperature Resistance: Up to 80°C
