'%3e%3cpath%20fill-rule='evenodd'%20clip-rule='evenodd'%20d='M33%2033H1V1H33V33Z'%20fill='white'/%3e%3cpath%20fill-rule='evenodd'%20clip-rule='evenodd'%20d='M33%2033H1V17H33V33Z'%20fill='%23DC143C'/%3e%3c/g%3e%3crect%20x='0.5'%20y='0.5'%20width='33'%20height='33'%20rx='16.5'%20stroke='black'%20stroke-opacity='0.1'/%3e%3cdefs%3e%3cclipPath%20id='clip0_37449_250459'%3e%3crect%20x='1'%20y='1'%20width='32'%20height='32'%20rx='16'%20fill='white'/%3e%3c/clipPath%3e%3c/defs%3e%3c/svg%3e)
FDM 3D printer filament engineered for stronger, low-warp prints, ELEGOO PLA+ Filament. Hobbyists and makers get reliable feeding and a glossy finish that cuts down sanding and finishing. Is the improved toughness and dimensional control worth making the switch for functional parts?
⚡ At a Glance
- • Print Quality: Glossy surface finish with strong layer bonding and low warpage
- • Best for: Hobbyists and makers printing functional parts requiring strength and repeatable dimensions
- • Not ideal for: Users needing very flexible or high-temperature engineering filaments
PLA Plus formulation increases toughness and impact resistance while maintaining ease of printing. Precise 1.75mm diameter control and vacuum-sealed packaging support reliable feeds and low-clog performance.
Stronger functional parts – thanks to PLA+ enhanced toughness
PLA Plus formulation increases impact strength and toughness compared with standard PLA, with optimised molecular properties for improved durability. Lower warpage and stronger layer adhesion contribute to parts that handle mechanical stress better.
Greater impact resistance makes printed parts more reliable for brackets, jigs, and everyday functional components. Reduced brittle failures mean fewer reprints for load-bearing models.
Consistent extrusion and fit – with +/-0.02mm diameter tolerance
Manufacturing controls ensure the 1.75mm filament diameter stays within a tight +/-0.02mm tolerance, promoting steady filament flow through the extruder. Even feeding minimises under- or over-extrusion across long prints.
Repeatable part dimensions simplify assembly and reduce time spent fine-tuning slicer settings. Dimensional accuracy benefits multi-part prints that must fit together precisely.
Fewer jams and moisture issues – thanks to vacuum-sealed, pre-dried packaging
Filament is fully dried before packing and shipped vacuum sealed to limit moisture uptake during storage and transit. Neat mechanical winding and manual inspection reduce cross-winding and tangles on the spool.
Minimal bubbling and clogging risk leads to more successful long prints and less nozzle maintenance. Clean feeding reduces downtime during multi-hour prints.
✨ The 4 Key Reasons for ELEGOO PLA+ Filament
- Dimensional tolerance +/-0.02mm – Consistent part dimensions across successive prints and assemblies
- Neatly wound spool – Reduces tangles and filament snaps during long prints
- Vacuum-sealed, pre-dried packaging – Minimises moisture, avoiding bubbles and nozzle blockages during storage
- PLA Plus formulation – Greater impact resistance for functional and load-bearing parts
📋 Technical Details at a Glance
- Material: PLA Plus (PLA+)
- Diameter: 1.75mm
- Weight: 1kg (2.2lbs) cardboard spool
- Dimensional tolerance: +/- 0.02mm
- Finish: Glossy surface
❓ Frequently Asked Questions
Q: Can this filament be used for functional parts?
A: Yes. Enhanced toughness and improved layer bonding make it suitable for functional parts that need greater impact resistance and durability.
Q: Will the filament cause nozzle clogs or bubbles?
A: Unlikely. Filament is dried before packing and vacuum sealed to reduce moisture, helping to prevent bubbling and clogging.
Q: Is it compatible with my 1.75mm FDM printer?
A: Yes. The filament is 1.75mm diameter and described as fitting most 1.75mm FDM 3D printers on the market.
🏆 Our Verdict
Ideal for makers and hobbyists who print functional parts and need dependable, repeatable results. Tight diameter tolerance, pre-dried vacuum packing, and a tougher PLA+ make printing smoother and reduce rework. Even without exact pricing here, long-term value comes from fewer failed prints and lower post-processing effort.
