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Filament
PETG-CF
- Optimal Printing Settings: Recommended nozzle temperature of 240-270°C and build platform temperature of 75-90°C for best results.
- Specialized Nozzle Required: Uses wear-resistant steel nozzles (≥ 0.4 mm, 0.6 mm recommended) due to the inclusion of real carbon fibers.
- High Strength and Lightweight: Ideal for parts requiring torsional, tensile, and impact strength, such as drone parts and racing models.
- Improved Formula: Enhanced printing quality with reduced nozzle clogging and clumping, surpassing traditional PETG.
- Ultra-Fast Printing: Capable of speeds up to 300mm/s, which is 3-5 times faster than competing brands.
PLA-CF
- Enhanced Material Strength: Contains chopped carbon fiber, making it stronger and stiffer than standard PLA, ideal for engineering parts requiring impact strength.
- Aesthetic Finish: Offers a unique texture and matte finish that hides layer lines for a smoother, high-quality appearance.
- Dimensional Stability: Exhibits minimal shrinkage and no warping, ensuring a perfect fit between printed parts.
- Nozzle Requirements: Use wear-resistant steel nozzles (0.6 mm recommended, 0.4 mm capable) instead of ordinary brass nozzles.
- Optimal Printing Conditions: Print temperature of 220-250℃, bed temperature of 65-70℃, and print speed of 30-300mm/s.
PET-CF
- Pre-Use Preparation: For optimal print quality, dry the filament before use and store it in a sealed container with desiccant, maintaining humidity below 20% RH.
- Optimized Printing Conditions: Recommended nozzle temperature of 260-290°C, bed temperature of 90-100°C, and a print speed of less than 100mm/s for best results.
- Enhanced Material Strength: Contains chopped carbon fibers, enhancing rigidity, stiffness, and wear resistance, making it suitable for mechanically demanding applications.
- Nozzle and Printer Specifications: Use wear-resistant steel nozzles (0.6 mm recommended, 0.4 mm capable); an enclosed printer is recommended, though an open frame printer is capable.
- Superior Properties: Offers exceptional thermal resistance and high dimensional stability, ensuring durable and precise prints.
PETG-GF
- Optimal Printing Parameters: Nozzle temperature at 260°C, with a bed temperature of 80°C and print speeds up to 200 mm/s. Temp tower test and flow calibration are necessary.
- Nozzle Requirement: Use wear-resistant steel nozzles (0.6 mm recommended, 0.4 mm capable) over standard brass nozzles.
- Enhanced Mechanical Strength: Glass fiber reinforcement significantly boosts the mechanical properties of prints.
- Superior Resistance: Offers excellent resistance to heat and chemicals.
- Aesthetic Options: Available in multiple colors, suitable for a wide range of applications.
- Printer Compatibility: Compatible with most 1.75mm FDM 3D printers.
PETG-ECO
- Pre-Printing Preparation: Dry filament at 65°C for 8 hours to ensure highest print quality.
- Storage Requirements: Store in a sealed container with desiccant to maintain humidity below 20% RH.
- Optimal Printing Conditions: Nozzle temperature between 230-260°C and hotbed temperature of 75-90°C.
- Enhanced Durability: Offers high strength and durability for robust applications.
- Superior Toughness: Demonstrates high toughness and excellent heat resistance.
- Fast Printing Capability: Supports printing speeds up to 300 mm/s.
- Reliable Performance: Designed to be less prone to tangling and clogging.
- Broad Printer Compatibility: Works well with a wide range of 3D printers.
METALLIC PETG
- Metallic Finish: Provides a high-grade, smooth metallic surface without needing post-polishing.
- Fast Printing: Achieves speeds up to 200mm/s, significantly faster than standard PETG filaments.
- Optimal Usage Conditions: Best printed at nozzle temperatures of 230-260°C and bed temperatures of 75-90°C.
- Durable and Heat Resistant: Offers high toughness and excellent layer bonding, ideal for demanding projects.
TPU
- Preparation: Dry at 70°C for 8 hours and store in a sealed, desiccant-filled container.
- Printing Settings: Nozzle at 200-220°C, bed at 40-60°C, speed under 60mm/s.
- Features: High elasticity and toughness, suitable for flexible prints like phone cases and prosthetics.
- Quality: Excellent adhesion, wear, chemical, and UV resistance, with smooth extrusion and dimensional accuracy.
- Packaging: Filaments are vacuum-sealed with desiccant to maintain optimal condition.
- Compatibility: Works with most 3D printers; ideal diameter of 1.75 ±0.05mm for a range of applications.
Regular PLA
- Multiple Colors: Includes five 250g spools in black, white, red, dark blue, and green.
- Optimal Printing Settings: Recommended temperature 195-225℃, bed 60-75℃. Increase bed heat above 70℃ to prevent warping.
- Storage Tip: Keep filament sealed when not in use to avoid moisture absorption.
- High-Quality Printing: Low melting temperature, minimal warping, and no odor. Supports high-speed printing up to 300mm/s.
- User-Friendly: Easy to use, perfect for beginners. Compatible with most FDM printers.
- Eco-Friendly: Made from renewable resources, with consistent diameter (1.75±0.03mm) to reduce tangles.
Matte PLA
- Matte Finish: Offers a high-grade matte surface that hides layer lines, ideal for premium-looking 3D models.
- Optimal Printing Settings: Recommended temperature 200-230℃, bed 60-75℃, speed under 200mm/s.
- Storage and Handling: Seal after use to prevent moisture; secure the filament end to avoid tangling.
- Easy Support Removal: Supports are easier to remove than regular PLA, minimizing damage risk while maintaining smoothness.
- Eco-Friendly: Made from renewable resources like corn starch, with a precise diameter of 1.75±0.03mm for less tangle.
- User-Friendly: Simple to use, great for beginners, compatible with most FDM printers, ensures high-quality prints without complex settings.
Silk PLA
- Silk Luster: Produces models with a silky luster and texture, enhancing the aesthetics of printed decorations and artworks.
- Optimal Printing Settings: Recommended temperature 195-225°C, bed 60-75°C, speed under 100mm/s.
- Storage and Handling: Seal the filament post-use to prevent moisture and secure the end to avoid tangling.
- High-Quality Printability: Made from high-quality polylactic acid, offering easy usage, low warping, no odor, and a superior surface finish.
- Eco-Friendly: Precisely wound to 1.75±0.03mm, manually inspected for quality, and made from renewable resources.
- User-Friendly: Simple to use for beginners, compatible with most FDM printers, ensuring high-quality prints without complex settings.
Metallic PLA
- Metallic Finish: Suitable for creating prints that mimic the aesthetic of metal in plastic products.
- Advanced Properties: Offers ductility similar to PLA+ with less brittleness and improved impact resistance.
- Optimal Printing Settings: Nozzle temperature 190-220°C, bed temperature 60°C, and print speed ranging from 30-200 mm/s.
- Eco-Friendly Packaging: Transitioning from plastic to cardboard spools to enhance environmental sustainability.
- Applications: Ideal for parts requiring aesthetic appeal and durability, such as automotive exteriors, household appliances, and electronics casings.
Galaxy PETG
- Dual-Color & Glitter Effect: Unique filament that shows different colors from various angles and sparkles under strong light, ideal for decorative prints.
- Optimal Printing Conditions: Dry at 65°C for 8 hours; nozzle temperature 230-260°C, bed 75-90°C; use wear-resistant steel nozzles (0.6 mm recommended).
- Enhanced First Layer Adhesion: Turn off the cooling fan for the first three layers.
- High Toughness & Heat Resistance: Superior to PLA in toughness, with low shrinkage and excellent layer bonding.
- High-Speed Printing: Achieves speeds up to 200 mm/s, compatible with Bambu FDM printers.
- Reduced Clogging: Diameter of 1.75±0.03mm ensures smooth feeding and fewer clogs, thanks to a refined formula.
