An environmentally friendly thermoplastic, non-toxic, and odorless. It is easier to form than ABS filaments and can be printed with an open 3D printer, the best choice for beginners.

Modified based on PLA. Compared with PLA, it has a lower melt index, higher impact strength, stronger tensile toughness, and is less prone to stringing and cracking.

Compared with PLA, it is suitable for both high-speed and low-speed printing, and less prone to stringing during high-speed printing, with better overhang and bridge printing results. When the same force is applied, the deformation is less than that of PLA.

Covers the applications of PLA and some PLA+. Compared with PLA, it is more rigid and less prone to deformation, supports a wider range of printing temperatures, and has a faster printing speed, with a maximum printing speed of up to 4 times that of PLA.

It is more suitable for high-speed printing. Compared with PETG PRO, it has improved rigidity and supports printing speeds up to 600mm/s.

It combines the easy printing characteristics of PLA with the high durability of ABS. Compared with PLA, it is more durable with a higher thermal deformation temperature, and can be used in a wide range of applications. It is easier to print than ABS and can print on open 3D printers.

An engineering thermoplastic like ABS. It is more suitable for functional applications than PLA, and has better UV light resistance, water resistance and thermal stability than ABS. It is more suitable for printing items used in outdoors for a long time, but can not print on open 3D printers.

Elastic filament with extremely high resilience and flexibility, can be stretched to 5 times of the original length without breaking. It only supports low-speed printing, and too high printing speeds can easily cause corner warping.