PLA filament 1.75 mm is the most universal material for FDM printing technology, suitable even for printing large objects. Thanks to its simple properties, we recommend PLA to all beginners starting with 3D printing. Another big advantage is its 100% ecological biodegradability, as PLA is produced from renewable resources such as corn starch. PLA material is hard and durable, like other plastics, but it is not a material suitable for outdoor use because it degrades and becomes brittle under UV light.

PLA Surface Treatment

The material is difficult to sand; during sanding (friction), heat is generated, which causes "pulling" of fibers from the print. Therefore, manual sanding under water cooling is recommended. For the same reason, it is also difficult to drill holes in the print (again, a problem with heating). It is advisable to first spray the object with a filler (putty used in modeling) and then sand and paint over and over again - until the surface is completely smooth and finally spray it with paint.

Gluing PLA

Superglue with an activator spray (sometimes superglue alone may be enough).

Recommended settings for PLA printing

Commonly used nozzles are suitable. You can choose diameters according to the surface fineness you want to achieve or according to the layer thickness settings during printing. Printing temperature: 210 °C. PLA filament requires a heated bed, but for better material adhesion, it is recommended to heat it up to 55 °C. Furthermore, we do not recommend covering the printer with an enclosure for PLA filament printing, or leave it open. For high-quality print surfaces, the plastic behind the nozzle needs to be cooled as quickly as possible. We therefore recommend setting the plastic cooling fan on the printer to 100%.

The filament is delivered vacuum-packed along with a moisture absorber and placed in a cardboard box. The plastic spools on which the filament is wound may vary in design or color. We strive to maintain 100% repeatability of the winding and spool color.