Most Common 3D Printing Materials

PLA Filament has become one of the most common materials for 3D printing because it is easy to print, biodegradable, and derived from corn and other biomaterials. It prints at relatively low temperatures (190-220°C) with minimal warping, making it ideal for beginners.

Key Properties:

• Print temperature: 190-220°C

• Bed temperature: 20-60°C (optional)

• Low shrinkage and warping, and minimal odor

• Biodegradable under industrial composting conditions

• Good surface finish and detail reproduction

• Limited heat resistance and durability

• Ideal for prototypes, low-wear toys, and decorative items when 3D Printing Plastic Material.

Enhanced PLA Variants

An improved formulation of standard PLA that offers significantly better mechanical properties while maintaining the ease of printing.

Improvements over standard PLA:

• 3-4x higher impact resistance

• Improved layer adhesion

• Better temperature resistance (up to 70°C vs 50°C for standard PLA)

• Less brittle, more durable prints

• Similar printing parameters to standard PLA

ABS is another common 3D printing filament. ABS offers superior mechanical properties compared to PLA, with better impact resistance and higher temperature tolerance. However, it requires more careful temperature management and produces fumes during printing.

Key Properties:

• Print temperature: 220-260°C

• Bed temperature: 80-110°C

• Higher impact resistance than PLA

• Better temperature resistance

• Can be acetone-smoothed for glossy finish

• Durable and heat-resistant

• Suitable for functional parts, automotive components, and electronics housings

PETG combines the ease of printing similar to PLA with the mechanical properties closer to ABS. It's chemically resistant and food-safe when properly printed. (Plastic water bottles use this type of plastic)

Key Properties:

• Print temperature: 220-250°C

• Bed temperature: 70-80°C

• Chemical resistance

• Food-safe applications

• Crystal clear transparency available

• Combines ease of use with durability

• Good chemical resistance and water-resistant properties

• Used for food-safe containers, mechanical parts, and outdoor items

Recommended when you need it to have good outside performance exposed to UV (durability and weather resistance).

Key Properties:

• Similar to ABS but with better weather resistance

• Ideal for outdoor applications and automotive parts

• Inherently weather-resistant

• Excellent UV stability

• Chemical resistance to environmental exposure

• Print temperature: 240-260°C

• Bed temperature: 90-110°C

• No post-processing required for weather resistance

Nylon can be sourced with different chain lengths and is desirable for its high strength and high heat resistance.

Properties:

• High strength and durability

• Good chemical resistance

• Self-lubricating properties

• Print temperature: 240-280°C

• Bed temperature: 80-120°C

• Requires dry storage and controlled humidity printing

• High strength-to-weight ratio and durability

• Good for functional prototypes, tools, and end-use parts

• Can be challenging to print due to hygroscopic nature

Engineering-grade thermoplastic known for its exceptional impact resistance and transparency.

Properties:

• Print temperature is higher temperature: 270-310°C

• Bed temperature: 90-120°C

• Extremely high strength and impact resistance

• Excellent optical clarity

• Temperature resistance up to 140°C

• Requires enclosed chamber and heated bed

• High heat resistance

• Used for engineering applications and protective gear

Flexible material available in waterproof formulations for seals, gaskets, and other flexible applications. There are different variants with a range of shore hardness. 98A is relatively stiff, but the most easily printed and suitable for multi-material printing with systems such as an AMS (automatic material system) for changing materials/colors in a multi-material multicolor print. There are also compositions that include foaming functionality, where printing at higher temperatures and/or slowly will yield a softer shore hardness, such as TPU AIR.

Key Properties:

• Flexible and elastic material

• Excellent for creating shock-absorbing components, phone cases, and wearables

Characteristics:

• Flexible and elastic

• Waterproof when properly printed

• Excellent abrasion resistance

• Print temperature: 210-250°C

• Slow printing speeds required

• Shore hardness typically 85A-95A

1. (Cellulose + PLA) Filament is a high-strength highly robust material made from wood fiber and typically PLA. It has the look, feel, and even the smell of natural wood.

   • PLA mixed with wood fibers for a wood-like appearance and feel

   • Suitable for decorative items and prototypes

Silky texture

• PLA with metal powder for a metallic look and feel

• Heavier than standard PLA, used for decorative pieces

Specifically engineered for applications requiring high toughness and impact resistance.

Properties:

• Exceptional impact resistance

• Reduced brittleness

• Maintains easy printability

• Ideal for tools, fixtures, and mechanical parts

Professional-grade PLA with enhanced strength and durability characteristics.

Features:

• Superior tensile strength

• Improved flexibility without sacrificing rigidity

• Better UV resistance

• Enhanced thermal properties

• Suitable for functional prototypes

LA reinforced with carbon fiber particles for enhanced strength and stiffness.

Characteristics:

• Significantly increased stiffness and strength

• Reduced weight compared to solid plastic

• Matte, professional finish

• Requires hardened steel nozzle due to abrasive nature

• Print temperature: 200-230°C

ASA (Acrylonitrile Styrene Acrylate) reinforced with carbon fiber for outdoor applications requiring UV resistance.

Benefits:

• Exceptional UV resistance

• High strength-to-weight ratio

• Excellent surface finish

• Temperature resistance similar to ABS

• Print temperature: 240-270°C

• Bed temperature: 90-110°C

• Ideal for automotive and outdoor applications

The combination of polycarbonate's impact resistance with carbon fiber reinforcement.

Properties:

• Exceptional impact resistance

• High temperature resistance

• Professional appearance

• Print temperature: 280-320°C

• Bed temperature: 100-130°C

• Requires enclosed heated chamber

Carbon fiber reinforced PETG offering enhanced properties while maintaining chemical resistance.

Features:

• Improved mechanical properties over standard PETG

• Chemical resistance maintained

• Professional matte finish

• Print temperature: 230-260°C

• Bed temperature: 70-90°C

Better mechanical properties than PETG

Chemical-resistant thermoplastic with excellent water resistance and flexibility.

Properties:

• Completely waterproof

• Excellent chemical resistance

• High fatigue resistance

• Very low density (floats on water)

• Print temperature: 220-250°C

• Bed temperature: 90-110°C (with adhesion aids)

• Challenging to print due to poor bed adhesion

DescriChemical-resistant plastic commonly used in containers and marine applications.

Features:

• Completely waterproof

• Excellent chemical resistance

• Food-safe applications

• Very challenging to print (poor adhesion)

• Print temperature: 220-260°C

• Requires specialized bed preparationption text goes here