Verbatim PLA is an easy-to-print filament made of renewable plant-based resources. The new special recipe from which is made ensures a very high quality and allows consistent feeding and stable prints. It is odourless with good post-printing workability, making it a wonderful all-purpose material for a wide range of applications including concept modelling and education.

Verbatim PLA is an easy-to-print filament made of renewable plant-based resources. The new special recipe from which is made ensures a very high quality and allows consistent feeding and stable prints. It is odourless with good post-printing workability, making it a wonderful all-purpose material for a wide range of applications including concept modelling and education.

Verbatim PP is a high heat-resistant 3D printer filament that was engineered for reliable and high-quality prints. It is manufactured to very tight tolerances, to ensure consistent filament feeding during the printing process and stable prints to finish. This filament is used for a wide variety of industrial projects including tooling and prototyping.

ABS (Acrylonitrile Butadiene Styrene) filament is a copolymer which is made of styrene, acryl and butadiene. Verbatim ABS is impact resistant and tough. This highly durable filament is resistant to high temperatures, and has glossy and smooth finish.

Verbatim PET is an easy-to-print filament with high impact strength. In addition to be hydrophobic and its excellent flexibility, this filament prints with almost no warping or shrinkage and is odour neutral. It is an ideal material for mechanics concept modelling, food containers as well as medical objects. As with all Verbatim filaments it is made to high quality control standards and tight tolerances to ensure consistent feeding and stable prints.

BVOH (Butenediol vinyl alcohol co-polymer) for use with 3D printers – water-soluble support material for complex 3D printed objects

This new material is a thermoplastic ester elastomer (TPE) that delivers improved flexibility and rubber elasticity compared to standard TPE materials.