Filamentive launches rPA12 filament based on recycled MJF powder
Filamentive and 3devo are using recovered polyamide 12 powder from MultiJet Fusion production to make a nylon filament targeted at industrial fused filament fabrication users
Filamentive is rolling out rPA12, a nylon filament that is made entirely from recovered powder waste generated in industrial MJF production. MJF uses powder to manufacture nylon parts at scale, and a portion of the PA12 powder typically reaches a point where it can no longer be recycled into production.
The company is producing the filament in collaboration with 3devo, a Netherlands-based supplier of extrusion systems and recycling-oriented filament production equipment. VoxelMatters has previously described 3devo’s work turning polymer powder-bed-fusion waste streams into filament, positioning the approach as a way to reduce disposal while reintroducing material into extrusion-based 3D printing workflows.
Filamentive characterizes rPA12 as using 100% recovered feedstock rather than a blend of virgin and recycled material. The company has also published a material sustainability profile for the product, though it has not publicly detailed the full chain-of-custody model for how powder is collected, qualified, and aggregated across MJF operators.
Filamentive is promoting rPA12 for making functional parts with fused filament fabrication systems, highlighting that engineers who choose PA12 for mechanical parts often seek strength, some flexibility, and the ability to withstand wear and high temperatures. The company also points to PA12’s comparatively lower moisture absorption than nylon 6 and its resistance to oils, greases, and fuels—properties commonly cited as reasons PA12 is used for end-use polymer components in industrial settings.
Target applications include brackets, snap-fit components, housings, jigs, fixtures, and other mechanically loaded parts. rPA12 also offers a way for industrial users to reduce material impact without sacrificing PA12 behavior.
For the broader market, the launch comes as more materials and workflow providers push to improve powder utilization and reduce waste in polymer powder bed fusion. For example, VoxelMatters has previously reported on MJF materials with higher reuse ratios, resulting in lower cost per part and reduced waste generation, underscoring that powder refresh and reuse remain key levers in the economics of MJF production.
