Filaments We Use
Quality materials for quality results.
At Printego, we believe that the foundation of every great 3D print is the material it's made from. That's why we primarily use premium filaments from industry leaders like Polymaker, Prusament, and Bambulab. These brands are known for their exceptional quality, consistency, and wide range of specialty materials. Occasionally, we also utilize specialty filaments for specific project requirements.
Common Filament Types
PLA (Polylactic Acid)
Best for: Ideal for decorative items, prototypes, and low-stress models.
Downsides: Low heat resistance (softens above 60°C) and can be brittle.
Print Temp: 190–220°C
Easy to print, wide variety of colors, and derived from renewable resources.
PETG (Polyethylene Terephthalate Glycol)
Best for: Functional parts, mechanical components, and outdoor use.
Downsides: Prone to stringing and can stick too strongly to some build surfaces.
Print Temp: 230–250°C
Combines the ease of PLA with the strength and heat resistance (up to 80°C) of ABS.
ABS (Acrylonitrile Butadiene Styrene)
Best for: Durable functional parts, enclosures, and parts requiring post-processing.
Downsides: Produces fumes during printing (requires ventilation) and is prone to warping.
Print Temp: 230–260°C
Very durable, high impact resistance, and heat resistant up to 100°C.
ASA (Acrylonitrile Styrene Acrylate)
Best for: Outdoor applications and automotive parts due to superior UV resistance.
Downsides: Similar print challenges to ABS (warping and fumes).
Print Temp: 240–260°C
A weather-resistant alternative to ABS that won't yellow or degrade in sunlight.
TPU (Thermoplastic Polyurethane)
Best for: Flexible parts, seals, gaskets, and protective cases.
Downsides: Difficult to print on Bowden extruders; requires slow speeds.
Print Temp: 210–230°C
Rubber-like flexibility, high impact resistance, and excellent layer adhesion.
Special Filaments
PC (Polycarbonate)
Best for: High-strength functional parts, heat-resistant components, and structural elements.
Downsides: Extremely prone to warping; requires high print temperatures and an enclosure.
Print Temp: 270–310°C
One of the strongest consumables; excellent heat resistance and optical clarity.
PVB (Polyvinyl Butyral)
Best for: Decorative objects, vases, and parts requiring high transparency or smooth finish.
Downsides: Poor mechanical properties compared to PETG; hygroscopic (absorbs moisture).
Print Temp: 190–220°C
Unique for its ability to be chemically smoothed using Isopropyl Alcohol (IPA), resulting in a glass-like finish.
PPS (Polyphenylene Sulfide)
Best for: Extreme environments, chemical processing, and aerospace components.
Downsides: Requires specialized industrial printers (300°C+ bed, 400°C+ nozzle).
Print Temp: 320–350°C
High-performance polymer with exceptional chemical and flame resistance.
Nylon (Polyamide / PA)
Best for: Heavy-duty functional parts, gears, bearings, and structural components.
Downsides: Extremely hygroscopic (requires drying) and prone to warping; requires high temperatures.
Print Temp: 240–270°C
Exceptional durability, high impact resistance, and low friction coefficient.
Carbon Fiber (CF) Composites
Best for: Structural parts requiring high stiffness and low weight.
Downsides: Abrasive (requires hardened steel nozzle); reduced layer adhesion.
Print Temp: 220–280°C (Base dependent)
Composite materials (usually PLA, PETG, or Nylon) reinforced with carbon fibers for superior rigidity.
Wood-filled (Composites)
Best for: Aesthetic models, home decor, and projects requiring a natural wood-like appearance.
Downsides: Lower mechanical strength; brittle and prone to nozzle clogs (requires larger nozzle).
Print Temp: 190–220°C
PLA-based filament filled with actual wood fibers (usually 20-40%), allowing for sanding and staining.
Metal-filled (Composites)
Best for: Artistic statues, jewelry, and realistic replicas with significant weight.
Downsides: Non-structural; very abrasive (requires hardened nozzle) and brittle.
Print Temp: 190–220°C
Filament containing high loads of metal powder (Brass, Copper, Bronze), which can be polished to a metallic shine.