Here's the IIID Max High Speed PLA+ Filament 1.75mm | 40+ Colors description reformatted with the same bold/underline styling as the rest of the catalog.

Product Description

Print faster without compromising on quality with IIID Max High Speed PLA+ Filament. Engineered for next-generation high-speed 3D printers, this 1.75mm PLA+ filament delivers smooth, consistent extrusion at elevated print speeds, with rapid cooling that locks in crisp details, clean overhangs, and strong layer adhesion.

Upgraded from standard PLA, PLA+ offers improved toughness, better impact resistance, and reduced brittleness — making your prints more durable for functional parts, prototypes, cosplay props, miniatures, and everyday creative projects. Tight diameter tolerance (±0.03mm) and a tangle-free, vacuum-sealed spool ensure reliable, jam-free feeding from the first meter to the last.

Choose from 40+ vibrant, matte, fluorescent, and specialty finishes — including wood-look, vintage brass, and crystal — to match any project aesthetic.

Key features:

• High-speed compatible: optimized for print speeds up to 600mm/s on capable printers
• Premium PLA+ formula: stronger and tougher than standard PLA
• 1.75mm diameter with ±0.03mm tolerance for consistent, reliable extrusion
• 40+ colors, including matte, fluorescent, wood, and metallic finishes
• Low warping, low odor, and easy to print — great for beginners and pros alike
• Vacuum-sealed with desiccant to keep filament dry and ready to print
• Works with most FDM 3D printers (Bambu Lab, Creality, Prusa, Anycubic, Elegoo, and more)

Recommended print settings:

• Nozzle temperature: 200–230°C
• Bed temperature: 45–60°C
• Print speed: up to 600mm/s (printer dependent)
• No enclosure required — prints reliably on any open-frame FDM printer

Best suited for: functional prototypes, cosplay props, miniatures, decorative models, everyday creative projects, and high-speed production on modern CoreXY printers.

Note: For best results at high speeds, pair with a printer capable of rapid cooling and high acceleration to fully take advantage of PLA+'s performance.