eSUN ePLA-CF 3D Filament 1.75mm 1kg
eSun ePLA-CF Carbon Fibre PLA is a new material integrating German-imported short-cut carbon fibers into PLA.
There are 12 products.
eSun ePLA-CF Carbon Fibre PLA is a new material integrating German-imported short-cut carbon fibers into PLA.
eSun ePLA-LW Light Weight PLA is a new material specifically designed for printing RC Aeroplanes and other lightweight items.The foaming ratio is up to 220%!
eSun PLA-ST "Super Tough PLA" offers outstanding mechanical properties while printing easily like other PLA filaments. PLA-ST filament; the perfect choice for printing mechanical part prototypes.
eSun Marble PLA 3D print filament is a composite PLA filament with marble-like appearance.
A Glow-in-the-dark filament with amazing vibrancy and glow!
eSUN Silk - a new composite PLA filament made with glossy silk appearance. Due to the elastic-like properties of this filament layers are very difficult to distinguish. It has to be seen to be appreciated.
The all-new PLA+ filaments are superior to all original PLA filaments. Available in a variety of colours. A great filament for prototyping and modelling.
eSUN Silk - a new composite PLA filament made with glossy silk appearance. Due to the elastic-like properties of this filament layers are very difficult to distinguish. It has to be seen to be appreciated.
The all-new PLA+ filaments are superior to all original PLA filaments. Available in a variety of colours. A great filament for prototyping and modelling.
The all-new PLA+ filaments are superior to all original PLA filaments. Available in a variety of colours. A great filament for prototyping and modelling.
eSUN Silk Magic - a new composite PLA filament made with glossy silk appearance in two tone. Due to the elastic-like properties of this filament layers are very difficult to distinguish. It has to be seen to be appreciated.
eSUN Silk Mystic - a new composite PLA filament made with glossy silk appearance with a three colour gradient. Due to the elastic-like properties of this filament layers are very difficult to distinguish.