ANYCUBIC PLA Plus 1.75mm Filament Bundle - High Toughness White

In this review of the ANYCUBIC PLA Plus 1.75mm filament bundle, the bottom line is simple: this kit is aimed at hobbyists and small workshop users who want a reliable, bright white PLA+ that minimizes warping and prints with good surface quality. The chief reason to consider it is its combination of high toughness and tight diameter control, which together make printing detailed models and light-duty functional parts easier and less frustrating than many generic PLA spools.

Key Features

• High Toughness: The PLA Plus formulation resists breakage and absorbs impacts better than standard PLA, useful for handled models and small functional parts.
• Dimensional Accuracy: Filament winding and a diameter tolerance of +/- 0.02mm reduce feed issues and help maintain consistent extrusion for fine detail.
• No Clogging or Bubbles: The material is engineered to extrude smoothly without bubbles, producing cleaner layer lines and fewer failed prints from inconsistent flow.
• No Tangle Hassles: Neatly wound spools are less prone to tangles and sudden pulls, which lowers the chance of jams during long prints.
• High Compatibility: Works with most FDM 3D printers and pens, and vacuum packaging helps keep filament dry until first use.
• Intelligent Identification: Includes identification chip compatibility for ACE Pro users, which automates print settings and tracking on supported equipment.

Who It's For

This filament bundle is best for hobbyists, educators, and makers who print a mix of display models, prototypes, and light engineering parts and who value consistent diameter and fewer print interruptions. The bright white color and reliable surface finish make it a sensible choice for figurines, mechanical mockups, and craft projects.

Those who need extreme heat resistance, flexible elastomeric parts, or industrial-grade mechanical strength should look at specialty materials instead; likewise, users working in very humid environments without active filament dryers should ensure proper storage despite the included vacuum packaging.

Pros & Cons

Pros

• Consistent filament quality and tight diameter tolerance lead to dependable prints and reduced warping.
• Improved toughness over standard PLA lowers breakage during handling and post-processing.
• Clean extrusion with minimal bubbles gives a refined, bright white finish suitable for display pieces.
• Good value for a 2kg bundle on a reusable spool when printing frequently.

Cons

• Some users report occasional brittleness and variable print speed behavior, so settings may require tuning for best results.
• Not suited for high-temperature or highly flexible part requirements compared with specialty filaments.

Specifications

Material	PLA Plus (PLA+)
Diameter	1.75mm
Tolerance	+/- 0.02mm
Bundle Weight	2kg (White + White) on 1KG reusable spool(s)
Compatibility	Most FDM 3D printers and 3D printing pens
Packed	Vacuum packaging to protect from moisture and dust
Additional Feature	Intelligent identification chip for ACE Pro

Our Verdict

The ANYCUBIC PLA Plus 1.75mm bundle is a practical choice for general-purpose 3D printing where good surface finish, reduced warping, and improved toughness matter more than extreme engineering properties. It delivers consistent filament diameter and clean extrusion at a reasonable value, making it a smart pick for makers and hobbyists who want reliable white PLA+ without frequent spool issues.

Frequently Asked Questions

Will this filament work on my desktop FDM printer?
Yes, the filament is designed to be compatible with most FDM 3D printers and 3D printing pens that accept 1.75mm PLA variants.

How is moisture handled in the packaging?
The spools are vacuum packaged to protect against moisture and dust, but long-term storage in humid environments may still benefit from additional drying.

Does the intelligent identification chip change settings automatically?
On compatible ACE Pro equipment the identification chip can provide automatic identification of filament information and streamline printing, but unsupported printers will ignore the chip and use manual settings.