Nexaforge 3D Filament PLA - Blue 1.75mm 1kg
Nexaforge 3D Filament PLA - Blue 1.75mm 1kg
Who is this for & what problem does it solve?
Ideal for: Beginners discovering 3D printing, hobbyists running all-day print farms, and professionals needing reliable everyday prints - prototypes, cosplay props, home organizers, figurines, and educational models.
Problem solved: Cheap PLA jams, snaps mid-print, and delivers inconsistent color. Nexaforge PLA is precision-wound to �0.02mm tolerance and vacuum-sealed to eliminate moisture - so you get clean first layers, zero clogs, and vivid color consistency from spool start to finish.
Best used with: Any FDM printer (190-230�C, 0-60�C bed). The easiest filament to print - no enclosure, no special settings, no frustration.
Nexaforge PLA Filament
High-quality 3D printer filament for professional and hobbyist use. Consistent diameter of 1.75mm, net weight 1kg per spool.
- Material: PLA
- Diameter: 1.75mm (+/- 0.02mm)
- Net Weight: 1kg
- Compatible with most FDM/FFF 3D printers
Use code NEXAFORGE10 for 10% off your first order.
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For large-quantity wholesale orders, we offer China direct fulfillment with competitive bulk pricing. This channel is not available for online checkout - please contact us directly to get a quote.
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Frequently Asked Questions - PLA Filament
Will this clog my nozzle, string, or warp off the bed?
Nexaforge PLA is precision-wound to �0.02mm diameter tolerance and vacuum-sealed with a desiccant pack to prevent moisture absorption in transit. Clogging, stringing, and warping are almost always caused by wet filament or inconsistent diameter - both of which we eliminate before the spool ships. Recommended settings: 190-220�C nozzle, 0-60�C bed, 50-60% cooling fan. No enclosure required.
Is this compatible with my printer? What about Bambu Lab AMS?
1.75mm PLA works with virtually every FDM printer on the market - Bambu Lab (X1, P1, A1), Prusa MK4, Creality Ender/K2, Voron, AnkerMake, FlashForge, and more. It runs smoothly through Bambu AMS and other multi-filament systems. No all-metal hotend required. Standard PTFE-lined hotends handle PLA perfectly up to 240�C.
Is the diameter consistent? What's the actual tolerance?
�0.02mm roundness tolerance, measured continuously during extrusion. This means no under-extrusion gaps, no over-extrusion blobs, and consistent layer bonding from the first meter to the last. Cheaper filaments often claim �0.05mm but deliver worse - inconsistent diameter is the #1 cause of mid-print failures.
Does the color match the photo? Will there be batch-to-batch variation?
Colors are calibrated against a master standard and held to a Delta-E tolerance of ?2 between batches - which is below the threshold of what the human eye can detect under normal lighting. What you see in the product photo is representative of what you'll print. If you need to reorder the same color for a multi-part project, it will match.
Is the weight accurate? Is 1kg the net filament weight or does it include the spool?
1kg is the net filament weight - the spool itself is not included in that figure. The cardboard spool weighs approximately 200-230g, so the total package weight you'll receive is around 1.2-1.25kg. At standard 0.4mm nozzle / 0.2mm layer height, 1kg of PLA yields approximately 330-350 meters of printed filament.
What are the recommended print settings?
Nozzle temperature: 190-220�C (start at 210�C) | Bed temperature: 0-60�C (PEI or glass, no glue needed) | Print speed: 40-120mm/s depending on printer | Cooling fan: 50-100% | Retraction: 0.5-1.5mm (direct drive), 4-6mm (Bowden) | Enclosure: Not required.
Is PLA strong enough for functional parts?
PLA has a tensile strength of ~50MPa and works well for brackets, housings, props, and light-duty fixtures. It is not recommended for parts exposed to sustained heat above 60�C (car interiors, outdoor summer use) or high-impact mechanical stress. For those applications, consider our PETG (heat resistant to 80�C) or TPU (impact and flex resistant).
Does it smell? Is it safe to print indoors?
PLA is made from renewable plant starch and produces minimal VOCs - the faint sweet smell when printing is generally considered non-toxic at normal room ventilation. It is the safest common filament to print indoors. Basic ventilation (open window or air purifier with HEPA filter) is sufficient for long print sessions.
If my print fails, is it the filament or my settings?
80% of print failures are settings-related, not filament-related. Common causes: printing too fast, incorrect retraction, insufficient bed adhesion, or filament moisture. Email us at support@nexaforge.com with a photo and your slicer settings - we'll diagnose within 24 hours. If the filament is confirmed defective (diameter inconsistency, snapping, severe color deviation), we replace it at no cost.