NoScoot: Stop the Slide, Save Your Walls!

Keep your Step Trash Can from moving around, eventually bumping against your wall. If your trash can has a pop-up lid, it can shift slightly with each use and then eventually not function correctly until manually moved back away from the wall. This bumping against the wall also causes unsightly scuffing on the wall. The NoScoot: Trashcan Spacer also keeps the Trash Can nice and straight instead of it shifting out of alignment with your wall. It is so nice to use the trash can without having to occasionally re-align it.

NoScoot: Trashcan Spacer 00210-01 compatible with SimpleHuman trash cans listed 45L Butterfly model# CW1897, 30L Butterfly model# CW1824, Recycler 40L model# CW2017. Please perform an internet search for the model# in our listing to make sure it is the trash can you have. 

These spacers have been specifically designed to fit the trash cans listed. Please perform an internet search for the model # in our listing to make sure it is the trash can you have. It is offered in the listed colors and provides the listed clearance between the trash can and wall at the floor level. Various adapters can be attached to extend the clearance if needed for unusual applications that require more clearance or corner locations. The adapter snaps into the spacer and is designed with slots for easy removal using a screwdriver. Simply measure the clearance needed with your trash can at the floor level and select the desired "Color" and and "Clearance from can to wall".  If you do not find a Spacer for your application, please send us a message and we will add your request to our Design Queue. The clear acrylic is laser cut and comes in one piece, with a protective film that can be peeled off after purchase.

The video using our rectangular spacer shows what happens when the trash can moves against the wall and then how the spacer keeps the trash can straight and held away from the wall. The 3D printed spacer is individually printed and may show variations of color and texture due to the filament, and the printer that are used.