Filaticum filaments meet specific industrial needs, they are easy-to-print while being sustainable 3D printing raw materials.
In a circular economy, end-of-life products are not treated as waste but as valuable raw materials. When we have chosen to develop and manufacture PLA composite filaments, it was an important decision factor, that these materials would fit well into the bio-based economy: they are made from natural resources and can be recycled. The feedstock of Filaticum filaments is PLA, a biopolymer produced from plant starch.
In 3D printing, there are three basic methods for recycling unused PLA filaments and objects printed from them:
Mechanical recycling
After shredding the sorted plastic waste, the remelted PLA material can be reused. Only carefully selected shreds without other raw materials can be used as filament feedstock. Mechanical recycling may result in a reduction in the quality of the PLA shreds compared to the original, in which case the shredded PLA pieces are processed as other non-filament feedstock.
Chemical recycling
An advanced solution is chemical recycling, where the PLA polymer chain is hydrolysed to its constituent parts, the resulting lactic acid can be them reused as PLA feedstock and the quality of the PLA can be maintained.
Organic recycling
PLA degrades under industrial composting conditions, further reducing the carbon footprint of additive manufacturing. Excess materials generated during the printing process, as well as unused prototypes and objects printed from PLA, can end up in compost instead of landfill.