Recycled PLA
Used where a design needs greater translucency or less weight.
What something is made from is not separate from what it becomes. Every Mocamar object begins with material that has already lived a life.
The form, the function and the way a piece is used still decide what the material needs to do. That often means more testing, more variation and fewer shortcuts. But it also means the material belongs to the object from the beginning, rather than becoming a story added once the design is finished.
PA6 from recycled fishing nets is the material Mocamar was built around. The nets come from Portuguese fisheries and are processed into printable filament through a traceable European supply chain.
Used where a design needs greater translucency or less weight.
Sorted HDPE and PP from bottle caps and everyday packaging, processed directly through injection molding where the design allows it.
Some pieces call for more than one material. Where the design requires it, we work with recycled glass, reclaimed wood or recycled fabric. The design decides what a piece needs, and we look for a material that has lived before to provide it.
We are developing ways to work more directly with waste streams available closer to where we make. That includes turning post-consumer PET bottles into printable material and processing fishing nets sourced in the United States without first sending them through an external filament supply chain.
“I don’t want Mocamar to make claims the work cannot support. Making things still has consequences. Production uses energy. Shipping has a footprint. Some components are difficult to recycle. What I can do is be honest about them, reduce what we can and keep improving what we cannot yet solve.”
We value exchange with people and brands who think along similar lines — manufacturers, makers, designers and independent studios. That can mean sharing materials, exchanging waste streams, organizing beach cleanups or simply contributing knowledge and experience.
If you’re working with recycled materials, or interested in developing traceable filaments, we’d like to hear from you.