A biodegradable plastic made from renewable resources. It is easy to print, with low warp and brittleness, making it ideal for decorative items and prototypes but less suitable for functional parts.

• Strength: Strong and rigid, great for high-detail prints but prone to breaking under impact.
• Stiffness: Very stiff, making it ideal for structural parts but less forgiving under stress.
• Toughness: Brittle—snaps rather than bends, not suited for impact-heavy applications.
• Temperature Resistance: Low; softens in warm environments, so best for indoor use.
• Moisture Sensitivity: Moderate; benefits from dry storage but less affected than ABS.
• Density: Mid-range; solid feel without being overly heavy.

A durable, impact-resistant plastic with moderate heat and chemical resistance. It is versatile, less brittle than PLA, and suitable for functional parts and outdoor applications.

• Strength: Well-balanced; slightly less strong than PLA but more durable under stress.
• Stiffness: More flexible than PLA, reducing the risk of cracking.
• Toughness: Impact-resistant; ideal for functional and mechanical parts.
• Temperature Resistance: Higher than PLA; resists moderate heat without deforming.
• Moisture Sensitivity: Low; holds up well in humid conditions.
• Density: Slightly higher than PLA, giving parts a durable feel.

A strong, impact-resistant plastic commonly used in automotive parts and toys. It has good heat resistance but is prone to warping and emits fumes during printing.

• Strength: Durable but slightly weaker than PLA in tensile strength.
• Stiffness: The most flexible, making it resistant to stress fractures.
• Toughness: Extremely impact-resistant; ideal for rugged use.
• Temperature Resistance: Best heat resistance; holds up in high-temperature environments.
• Moisture Sensitivity: High; requires proper storage to prevent print defects.
• Density: Lightest of the three, making it great for weight-sensitive applications.