Application → 3D Printing
3D Printing

Functional filaments for FDM

Compostable PHA · lightweight PLA · ESD-safe PLA.

The idea

In 3D printing, the base material is usually a biopolymer — most often PLA.

We compound bioplastics, so we develop FDM grades from the resin up: adjusting the polymer, additives, and process for each target property. Every grade is tuned for printability alongside its function.

The grades

Tuned at the material level for industrial use

We tune the polymer, additives, and process for each target property, and validate every grade for FDM printability.

PHA
REO-PHA 3D-printed lighting
REO-PHA
REO-PHA Basic · REO-PHA HT
HOMESOIL

Home- and soil-biodegradable. More flexible than PLA, with a higher heat resistance (HDT >110°C) — for durable, sustainable end-use parts.

ApplicationsLighting · housings · sustainable consumer goods
PLA
REO-PLA AIR lightweight 3D-printed drone
REO-PLA AIR
Lightweight PLA
LIGHTWEIGHT

Prints up to ~70% lighter than standard filament while keeping its strength, with a matte finish — for parts where weight matters.

ApplicationsDrones · RC · lightweight parts
REO-PLA ESD 3D-printed enclosure holding an Arduino and breadboard
REO-PLA ESD
ESD-safe PLA
ESD-SAFE

Dissipates static charge instead of building it up, with surface resistivity in the 10⁷–10⁹ Ω/sq range — for handling static-sensitive electronics.

ApplicationsElectronics jigs · fixtures · enclosures

Interested in our filament grades?

Samples and technical data on request.

Inquiry →