Home > News / Taking peel 3d to higher grounds … literally!
Taking peel 3d to higher grounds … literally!

Taking peel 3d to higher grounds … literally!

It was a bright sunny day when I arrived on site to give Rino Côté a hand with his artistic project. We’ll scan parts of a tree in a nearby public park, he said. It was an old ash tree that had been devastated by the emerald ash borer, a tragedy really! Rino’s plan was to turn whatever was left of this once-majestic tree into a work of art. POP! He called it. The idea was to attach bright-red bubbly foam to certain areas of the tree as if whatever life left in it was slowly fizzing out, ironically making this dead tree look more alive…

Rino’s original concept for POP!preparing a 3d scan of a tree

His plan was to scan certain areas of the tree and use the 3D data to design custom made 3D printed parts that would later get attached directly to the wood. The project was challenging enough and not too far away; I just had to say yes!

The tree had been stripped of its bark and branches, it looked like a telephone pole really, but it was only when standing in front of it that I realized the height of the thing; it was huge! A few hours into the project we were 25 feet in the air, standing on 8 inches-wide planks at the top of a scaffolding. It was then that I realized that I didn’t so well with heights. Don’t look down, don’t look down… Luckily the scanner was working great! We were able to bring it up with us and scan the different areas needed for the project.

There wasn’t a cloud in the sky, it was a hot day. Besides staying well hydrated, we had to provide the scanner with a bit of shade for it to work right. We did using opaque fabric scraps. It was the worst possible light conditions, but it worked hence answering the question: “Can you use peel 3d outside?” We had access to a simple extension cord to power the laptop and scanner; a generator or battery would have worked as well. We made it safe and sound.

The different parts were designed using TINKERCAD (for the bubble shapes) and Geomagic (for Boolean operations), and printed in red PLA All the parts were also prepared and coated with a special varnish UV block  for the sometimes harsh weather in Canada before being attached.

Final parts before being installed:

bubbles produced after de 3d scan

Needless to say, the parts fitted perfectly, the masterpiece is now complete and “exposed” to the Jacques-Ferron cultural center in Longueuil. Here is the final look:

Complex fit of an installed custom-made part. second view of a tree project after a 3d scanning