Can be printed on a cold surface. More environmentally friendly than some alternatives. Offers a shinier and smoother appearance to printed objects. No harmful fumes are emitted during the printing process. Allows for higher 3D printer speed. Capable of producing more detailed prints. Susceptible to deformation under high temperatures. Generally less sturdy compared to ABS.
Exhibits exceptional sturdiness and hardness. Ideal for crafting machine or car parts due to its durability. Boasts a higher melting point, contributing to enhanced heat resistance. Demonstrates an extended lifespan compared to other materials. Manufactured from oil, posing challenges for eco-friendliness. Prone to deformation if not printed on a heated surface. Emission of hot plastic fumes during the printing process necessitates proper ventilation. Presents a higher level of complexity during the printing process. Not recommended for applications involving food contact. Tends to have slower printing speeds compared to alternative materials.
Elastic and soft material. Excellent stretchiness, allowing for flexibility. Low warpage and shrinkage during printing. Chemical-resistant properties. Good impact-resistance for durable prints. Effective vibration damping and shock absorption. Hygroscopic nature, prone to moisture absorption. Susceptible to stringing and clogging issues. Requires printing at high temperatures. Post-processing can be challenging.