ANYCUBIC PLA Plus 1KG 1.75mm filament spool 🧶

This PLA+ filament from Anycubic is a 1.75 mm spool designed for hobbyists and makers who need tougher prints with consistent surface finish, especially for models, art projects, and functional prototypes. It combines higher hardness and improved impact resistance with easy extrusion, making it a practical choice for most FDM 3D printers.

Key Points

The filament is formulated to offer higher toughness than standard PLA, so parts are less prone to breaking under external force. According to the manufacturer, the spool is free of bubbles and clogs, which helps achieve smoother layers and a more refined appearance on final prints. The wound spool is designed to unwind cleanly without frequent tangles, reducing printing interruptions and filament pulls during long jobs. Vacuum packaging is used to protect the material from moisture and dust while stored.

Technical Specifications

• Name: ANYCUBIC PLA Plus (PLA+) 1.75 mm
• Weight: - 1 kg reusable spool.
• Diameter tolerance: - ±0.02 mm.
• Material: - PLA Plus with enhanced hardness and impact resistance.
• Compatibility: - Works with most FDM 3D printers and 3D printing pens.

Benefits

Prints tend to show minimal shrinkage and fewer deformations thanks to the dimensional accuracy and controlled diameter. This results in parts that fit better when assembled or when combined with other printed components. The smoother extrusion claimed by the manufacturer can reduce visible layer artifacts, which is useful when producing display models or items that require finer surface quality. The spool design and packaging help maintain filament condition, which is beneficial if you store filament for multiple projects over time.

Usage Recommendations

For general printing, standard PLA settings are a good starting point, while moderate adjustments to print temperature and print speed may further improve interlayer adhesion and toughness. Consider drying the filament if it has been exposed after opening, as PLA can absorb moisture over time and that may affect surface finish. Note that while PLA Plus increases impact resistance, it still has lower heat resistance compared with some engineering plastics, so avoid prolonged exposure to high temperatures according to manufacturer guidance. 😊