Better Material Recapture, Reuse Through 3D Printing (Video #5)
3D printing helps to simplify both manufacturing of a product and material recapture at the end of its usable life. The key is having a plan at the beginning. More in this video, the last in our series on 3D Printing and the Circular Economy.
If you’ve followed our 3D Printing and the Circular Economy series all week, you’ll have learned that additive manufacturing (AM) supports a more sustainable economic model in the following ways: enabling new material options and choices; supporting new design opportunities; providing an efficient, distributed alternative to centralized manufacturing; and building better products.
3D printing can play a role here too, by supporting simpler recycling, easing product recapture and reprocessing, and providing new life for recycled materials, just to name a few benefits. The key, however, is planning for the end right at the beginning. Learn more in this video, the final 3D Printing and the Circular Economy installment.
Resources and Related Links
- Videos in this series: What Is the Circular Economy? | Materials | Design | Manufacturing | Product | End-of-Life
- Assembly consolidation for easier recycling
- Product development that includes recapturing products at the end of their lifespans
- Repurposing high-value material for 3D printing
- 3D printing as source of new life and revenue from scrap
Welcome to our video series on 3D printing and the circular economy. In this video, we'll talk about end-of-life scenarios. The last stage in closing this loop.
If you think about the linear economy, usually a manufacturer's obligation over their product ends once the product has been sold, or maybe once a warranty has expired. It's completely up to the consumer what they do with the product at the end of its lifespan. Best-case scenario, maybe they sell it or give it away, take it to a recycling center. But more often than not, that product is probably going to end up in a landfill.
Now in the circular economy, remember, our goal is to get from here to here, to take this product and turn it into some kind of material that can feed back into this cycle. And there are a couple of different routes that you can take to get there.
The first would be refurbishing or reusing. So think about returning your used inkjet cartridge or maybe your empty filament spool to the manufacturer. It's possible to take that product and not fundamentally change it, just turn it into something new that can be used again.
The next opportunity would be composting. If you're working with a material like say PLA, it might be possible to have customers return that product to a local composting facility where it can be turned back into its natural elements and in kind of a roundabout way become feedstock again,
A third possibility would be recycling. And I'm not just talking about recycling 3D printed products. There are a lot of companies right now that are figuring out ways to take other kinds of materials and recycle them into feedstock for 3D printing. They're working with all kinds of things, like taking machining chips and turning them into metal powders, or taking plastic bottles, post-industrial waste, and turning it into pellets or filament for 3D printing.
There are a lot of different routes you can take. But the key is to know where you're headed before you begin, in the product development stage. Before you even get to design and manufacturing, you need to know what's going to happen to that product at the end of its lifecycle. That's how we close this loop. That's how we get to a circular economy and a more sustainable future.
If you enjoyed this video series, you can find more about 3D printing, the circular economy and industrial additive manufacturing at AdditiveManufacturing.Media, TheCoolPartsShow.com and gbm.media/CircularAM. Thank you for watching.