Piece / projectA lid that starts with the thread
A reverse-engineered jar lid with a 1/4-inch pitch and a translucent-blue prototype.
3D printing • Personal project
Glass covers and printed PETG parts came together in an early Fusion-to-print project.
Keep a plant in a dry workshop/office with curious cats.
Use modeled and printed PETG parts with glass covers to create a localized enclosure.
An early Fusion-to-print project, completed through multiple iterations.
The original brief came from several competing needs: plant-eating cats, a deliberately dry office used for printing, and difficulty maintaining a stable indoor climate through Michigan seasons. I wanted a way to keep a plant in that setting without treating the room and the plant as though they needed identical conditions.
Printed PETG parts and glass covers created a localized enclosure around the plant. It was my first complete Fusion-model-to-print project, and the original post describes multiple iterations before I was satisfied.
The useful design move was to put the boundary around the specific object that needed it. This links the plant problem to the practical work of modeling interfaces and making parts that fit existing covers.
The enclosure worked well enough to photograph and use, but I could already see places I wanted to improve. I kept iterating because this was my first complete Fusion-to-print project.
The plants were in a dry workshop and office, and the cats were another part of the problem. I modeled and printed PETG bases that worked with glass covers to create a more contained space around each plant. This was my first full Fusion-to-print project, so I went through several versions and could already see improvements I wanted to make. The finished photos show the version I reached, not a claim that I had solved every growing condition.
Design and making: Michael Pytlowany.
A prototype enclosure project, not a measured climate-control or plant-growth system.
Mike's Functional Artistry project archive
24 April 2021