3D print

Nylons, the most common and generic name for polyamides, are a family of polymers with excellent mechanical properties combined with interesting thermal and chemical performance. They can reach high deformation temperature values, especially if added with fillers. These additions, in addition to altering the thermal properties, lead to a reduction in ductility but better abrasion resistance and dimensional stability. 

Polypropylene is a very common polymer for the production of the majority of common objects present in our homes. It is a ductile, elastic material with a low density. Its chemical resistance is also significant and allows its use for a large number of applications, as well as its insulating properties 

Theresin is processed using MSLA technology and being a liquid and continuous raw material, it leads to the creation ofcomponents with an excellent surface finish, very similar to that of injection moulded objects. They have an excellent ability to replicate very finite details and detailed surfaces, faithfully reproducing what is drawn in the 3D file. The components are created anchored to the construction platform with structures, formed from the same material as the component and which must be subsequently removed manually from the printing process. Being manufactured by exposure to ultraviolet light, they are sensitive to this type of radiation, including sunlight.