ERYONE High Speed ABS Filament 1kg - Green

What is Eryone Filament ABS haute vitesse ERYONE 1 kg - Vert?

The Eryone Filament ABS haute vitesse ERYONE 1 kg - Vert is a high-performance 3D printing filament engineered for speed and reliability. Designed for users seeking faster print times without sacrificing quality, this modified ABS filament delivers improved interlayer adhesion and reduced warping compared to standard ABS materials. Weighing 1 kg and tinted green, it’s suited for both hobbyists and professionals using high-speed FDM printers. With a print speed range of 30-600 mm/s, it supports a wide variety of printing conditions and complex geometries.

Key features

• High-Speed Compatibility — Optimized for print speeds from 30 to 600 mm/s, ideal for fast production.
• Reduced Shrinkage — Modified formula minimizes warping and delamination during cooling.
• Strong Layer Adhesion — Enhances structural integrity and surface finish of printed parts.
• Improved Heat Resistance — Performs reliably in high-temperature environments post-print.
• Low Odor Emission — Contains no volatile VOCs, making it safer for indoor use.
• Broad Application Use — Suitable for functional parts in electronics, automotive, and machinery.
• Consistent Diameter — Ensures smooth extrusion and clog-free printing.

Who is Eryone Filament ABS haute vitesse ERYONE 1 kg - Vert for?

This filament is ideal for intermediate to advanced 3D printing users who require durable, heat-resistant parts at high print speeds. It’s especially beneficial for engineers, makers, and small manufacturers producing functional prototypes, tooling, or end-use components. Those upgrading from standard ABS will appreciate the reduced odor and improved print stability.

How does Eryone Filament ABS haute vitesse ERYONE 1 kg - Vert compare?

Compared to standard ABS filaments, Eryone’s high-speed version offers superior performance under rapid printing conditions, with less warping and better layer bonding. It outperforms generic ABS in speed and reliability, while remaining more affordable than specialty engineering thermoplastics like polycarbonate or PEEK. It’s a balanced upgrade for users needing faster throughput without switching to more difficult materials.