Project RE_ by Samuel Bernier : Upcycling with 3D Printing

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An experiment in reuse of recyclable objects using 3D printing.

This experiment of Project RE_ explores 3D printing as a DIY tool for
upcycling. Customized lids are created using low cost 3D printing. They
are then clipped or screwed onto standard jars, tin cans and bottles to
create new and personal objects. In the first collection 14 objects were
made : a watering can, an hour glass, a long pasta container, a bird
house, a bird feeder, a mug, a rain catcher, a maple syrup bottle, a
piggy bank, a orange juicer, a snow globe, a paint brush cleaner, a
dumbbell and a lamp.

Making modifications to existing products to extend their range of use is one of the great potentials of 3D printing as we have seen with projects like the Universal Construction Kit. Project Re_ takes this concept a step further, out of the area of play and into the reuse of every day objects to increase their potential lifespan, functionality and reduce landfill and or the energy required to recycle. The Re_ project is currently based around DIY 3D printing although I would be hesitant to use ABS 3D prints in food based applications due to some of the implications of small particles coming loose but that is not to say the same concept could not be extended to other uses and materials such as Nylon, Ceramic, Silver or Stainless Steel.

Part of Project Re_ is already available for download or 3D print via Shapeways though it would be cool to see others take this concept, explore it further and make their files available for download, reuse, remix also…

Some of the most recent practical files made available in the downloadable gallery include a Replacement motor mount for the Hacker Zoom XXLQuad-rotor phone mount and door release button for a Panasonic NNSD277B/W Microwave.

Samuel Nelson Bernier is an industrial designer from the countryside of Quebec. He studied product design in Montreal and Paris (ENSCI Les Ateliers). Project RE_ was created as a research for his graduation project at UdeM. The experiment is supervised by Louis-Philippe Pratte, founder of

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  1. Glenn

    While I applaud the concept, as most of us who have been 3D printing our own designs already know by now it is not cheap to get a one-off printed. I have found that the most popular items to make are those that are unique, i.e. items that are not usually available elsewhere. Some of these items shown here are variations on existing products. I won’t be having a juicer 3D printed, for example. Or a paintbrush holder. When I can purchase similar items at a dollar store why pay $20 or more (just a guess) for a 3D printed item? As a free download for a digital file this absolutely works – for those lucky enough to have their own 3D printer. And kudo’s to Project Re for helping to get the ball rolling in that respect.

    1. Samuel Bernier

      Hi Glenn,
      about your comment, I have some good news for you. There is many types of 3D printing and yes, some can be very expensive. There is a whole family of FDM 3D printers that cost less than 1500$ to purchase and the UP! PP3DP is one of them. The material used for these machine often cost less than 50$/kilo. Counting that most of these parts use less than 30g of plastic, this makes them roughly 1.50$ to produce. You still have the count the cost of the machine and its rentability on a longer term, but think of all the tools needed to make these objects an other way. An injection mold itself is often around 50k… and I’m not even talking about an injection press. For DIY’ers like me, this is mass production quality on a desk. If you have any questions, I’m there!
      I hope this helped you.


      Samuel N. Bernier

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