eSUN PLA+ Filament 1.75mm Enhanced Toughness
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Product description
What matters most
This filament offers enhanced toughness for sturdy, functional prints while remaining easy to print with. It combines the user friendly nature of PLA with improved impact resistance, making it a reliable choice for everyday projects and fast production runs. The material is sourced from renewable plant-based constituents and is non toxic, aligning with eco friendly printing practices. Expect high dimensional stability and reduced warping at top printing speeds, helping you achieve consistent results across multiple parts and iterations.
The essentials
Designed for high speed printing without compromising quality, the PLA+ formulation maintains excellent layer adhesion and clarity of details. It feeds smoothly through the extruder, minimising clogs and misfeeds, while delivering precise dimensions within tight tolerances. With a dimensional accuracy of +/- 0.03 mm, you get repeatable prints that meet the needs of functional components and prototypes alike. The filament ships in vacuum sealed packaging with a desiccant to keep moisture at bay, ensuring the material stays ready for work right out of the box.
Technical details
- Name: eSUN PLA+ Filament 1.75mm
- Type: PLA+ Filament
- Size: 1.75 mm
- Capacity: 2 kg total (two 1 kg spools)
- Colour: Cold White and Cold White
- Material: PLA+ based on renewable plant derived feedstocks
- Colourfastness: consistent white hue across prints
- Tolerance: +/- 0.03 mm
Who it’s for
This PLA+ is well suited for makers needing dependable performance on high speed printers, from hobbyists to professionals building functional parts and visible components. It shines in rapid prototyping where fast iteration cycles matter, while still delivering strong layer bonding and fine feature detail. If you value a straightforward print experience with fewer interruptions and good compatibility with a broad range of FDM printers, eSUN PLA+ is worth considering. For those prioritising environmental considerations, the plant based composition offers a more sustainable option within the PLA family.