Raise3D Filaments

We use the latest technologies and equipment to produce Raise3D ABS filaments. With a strict quality control process we ensure that only the best quality products come to you.

R3D Premium PLA is specifically designed to eliminate filament jams. Due to the very high "softening temperature" of approx. 140 degrees (other PLAs around 60 degrees), the R3D Premium PLA remains stable for a very long time. This way the flow through the extruder is always possible at a constant speed and the material liquefies where it is supposed to become liquid! This ensures trouble-free work with the printers.

R3D Standard PLA is affordable and easy to print. It uses Jam Free technology to ensure high quality printing. Coupled up with the precision of Raise3D printing systems it makes a good team. With the integrated material specifications of ideaMaker, you can save yourself the guesswork of printing and enjoy maximum security with the consistency and reliability of Raise3D.

PVA or polyvinyl acetate is a water-soluble material used to support the structure of 3D printing. In general, PVA is used as a support structure for PLA prints, and after printing, the part can simply be immersed in a water tank or bath to dissolve the support. For compatibility with materials other than PLA, please follow these 2 rules:
1. The other material should be hydrophobic so that it is not affected by immersion in water.
2. The other material should be able to print at low melting and ambient temperatures so that the pressure of PVA is not affected.

PC or polycarbonate is one of the most advanced industrial thermoplastics, which is extremely resistant, durable and strong. PC is known for its high impact strength and is widely used in the manufacture of rigid parts. PC also has high heat resistance up to 110°C, making it the perfect replacement for metals in high temperature environments (e.g. under the hood of a car).

PETG is the most commonly used form of PET (polyethylene terephthalate), with the G version being a glycol-modified PET which is a widely used engineering thermoplastic. PETG has strong, durable properties and good heat resistance like ABS, but it is easier to print. PETG printed parts are used not only at the prototyping stage of product development, but also at later stages of functional testing and part assembly. Printed PETG parts have been successfully used in manufacturing applications with or without post-processing.