Raise3D Premium Nylon — NylonFilament Review & Print Settings
High-end nylon for Raise3D industrial printers. Optimized for Pro2 and E2 series.
Quick Specs
Colors Available
Print Settings Guide for Raise3D Premium Nylon
Nylon is the most demanding common FDM material. Dry storage is mandatory — nylon absorbs moisture within hours and prints wet nylon produce rough surfaces, poor layer bonding, and steam bubbles. Dry at 70°C for 8+ hours before printing. Nozzle: 240-280°C depending on grade; PA6 runs hotter than PA12. Bed at 80°C with PEI or garolite (the preferred Nylon bed surface). Enclosure strongly recommended to prevent warping. Fan at 20–50% — nylon benefits from moderate cooling unlike ABS. Print speed of 40 mm/s. Use a hardened steel nozzle for glass or carbon-filled nylon variants.
Why Choose Raise3D Premium Nylon
Raise3D Premium Nylon delivers mechanical properties that no other common FDM filament matches at its price point. Raise3D engineers their nylon for consistent melt flow index which directly impacts layer bonding strength — the most critical variable in structural nylon prints. Self-lubricating properties make printed gears, bearings, and sliding mechanisms viable without added lubricant. Impact resistance far exceeds ABS or PETG. The trade-offs (moisture sensitivity, print difficulty, cost) are real, but for load-bearing, high-cycle mechanical parts, nylon is the clear choice among FDM materials accessible to desktop printers.
What to Print with Raise3D Premium Nylon
Raise3D Premium Nylon targets high-stress mechanical parts that no other common filament handles as well: gears, bushings, hinges with high cycle counts, tool clips, cable management under tension, and structural brackets in industrial environments. Nylon's self-lubricating nature means printed nylon gears meshing with nylon gears run smoothly without grease. Flex hinges ("living hinges") work in nylon where they fail in stiffer materials. PA12 variants are used in medical device prototypes and robotics. Any part that needs to survive thousands of cycles without fatigue cracking belongs in nylon.
Common Issues & Fixes
Moisture: the #1 issue. Wet nylon sounds like popping, shows rough surfaces, poor bonding. Dry 70°C for 8 hours minimum. Warping: garolite bed + enclosure + brim + slow first layer. Stringing: nylon strings heavily — increase retraction, lower temp 5°C, increase travel speed. Bed adhesion: garolite outperforms everything else for nylon; PEI with glue stick works. Print failures mid-job from moisture: use a dry box with PTFE tube feeding directly to extruder. Shrinkage: nylon shrinks more than PLA — add 0.2–0.5% scaling on critical dimensions.
Notes
High-end nylon for Raise3D industrial printers. Optimized for Pro2 and E2 series.
Where to Buy Raise3D Premium Nylon
Find Raise3D Premium Nylon from Amazon and authorized resellers. Price comparison helps — filament costs vary by vendor, fulfillment location, and quantity. Check manufacturer storefronts for direct pricing and bundle deals.
PrintLog3D participates in the Amazon Associates program. Purchases through our links may earn a small commission at no extra cost to you.
Log your Nylon prints in PrintLog3D
Track your actual settings for Raise3D Premium Nylon — nozzle temp, bed adhesion, slicer profile, and results. Build a settings history that tells you exactly what works.