Snap-On Pipe Collar / Radiator Pipe Rosette (53 mm, 10 mm standoff) – Parametric OpenSCAD
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A decorative two-part pipe collar that hides the hole where a heating pipe enters the wall. Slide the collar onto the pi
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- Printables
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- Home Decor
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- Creative Commons — Public Domain
Snap-On Pipe Collar (Radiator Pipe Rosette)
A neat cover for the ugly hole where a radiator or heating pipe comes out of the wall. It is a two-part design, so you can fit it without taking the pipe apart or sliding anything over the end of it.
How it works
Slide the collar onto the pipe from the side. The slot is much wider than the pipe, so it goes on with no force.
Push the insert into the slot from the outside until it stops. Small snap bumps click into dimples in the collar and hold the insert in place.
That's it. To remove it, just pull the insert out again.
Features
Outer diameter 53 mm, standing 10 mm away from the wall
Default bore 16 mm (adjustable – see below)
Elegant curved profile with a decorative bead and a fine ring on the flange
Hollow shell design: light, uses little filament, and sits flat on uneven walls
Snap bumps are placed in the solid neck area close to the pipe, not at the thin outer edge, so the insert cannot pop open
Prints without supports
Includes ready-to-print STLs and the OpenSCAD source file so you can adapt everything
Customize it (OpenSCAD)
The design is fully parametric. Download the included .scad file, open it in the free OpenSCAD, and change the values at the top of the file:
Parameter | What it does |
|---|---|
| Bore diameter = your pipe diameter. Measure your pipe and use that value (add 0.2–0.4 mm if you want it loose). |
| Outer diameter of the collar |
| Distance from the wall (standoff) |
| Outer radius of the neck around the pipe |
| Half width of the slot. Must be larger than the bore radius |
| Gap between insert and collar, per side. Smaller = tighter. Default 0.1 |
| Strength of the snap bumps |
|
|
Press F6 to render, then File → Export → Export as STL. Note: the comments in pipe-collar.scad are in German, pipe-collar_en.scad has the same geometry with English comments.
Print settings
Material: PETG recommended (slightly flexible, handles warm pipes). PLA works for cold water pipes but will soften on hot heating pipes.
Orientation: flange (the flat wall side) down on the bed. Insert as well.
Supports: none
Layer height: 0.2 mm (0.12–0.16 mm gives a smoother curve)
Walls / perimeters: 3 or more
Infill: 20 % or more (most of the part is walls anyway)
Color: white or the color of your wall/pipe looks best
Fit tips
Every printer is a bit different. If the insert is too tight, increase
c(for example 0.15). If it is too loose, decreasec(for example 0.05) or increaserast_uebslightly.If the collar is loose on the pipe, make
bohrung_d0.3–0.5 mm smaller. The bore is cylindrical, so a snug fit is mostly down to your pipe diameter.Print the insert first as a quick test fit, then the collar.
License
Free to use, remix, and share. Please credit the original design when you publish a remix.Snap-On Pipe Collar (Radiator Pipe Rosette)
A neat cover for the ugly hole where a radiator or heating pipe comes out of the wall. It is a two-part design, so you can fit it without taking the pipe apart or sliding anything over the end of it.
How it works
Slide the collar onto the pipe from the side. The slot is much wider than the pipe, so it goes on with no force.
Push the insert into the slot from the outside until it stops. Small snap bumps click into dimples in the collar and hold the insert in place.
That's it. To remove it, just pull the insert out again.
Features
Outer diameter 53 mm, standing 10 mm away from the wall
Default bore 16 mm (adjustable – see below)
Elegant curved profile with a decorative bead and a fine ring on the flange
Hollow shell design: light, uses little filament, and sits flat on uneven walls
Snap bumps are placed in the solid neck area close to the pipe, not at the thin outer edge, so the insert cannot pop open
Prints without supports
Includes ready-to-print STLs and the OpenSCAD source file so you can adapt everything
Customize it (OpenSCAD)
The design is fully parametric. Download the included .scad file, open it in the free OpenSCAD, and change the values at the top of the file:
Parameter | What it does |
|---|---|
| Bore diameter = your pipe diameter. Measure your pipe and use that value (add 0.2–0.4 mm if you want it loose). |
| Outer diameter of the collar |
| Distance from the wall (standoff) |
| Outer radius of the neck around the pipe |
| Half width of the slot. Must be larger than the bore radius |
| Gap between insert and collar, per side. Smaller = tighter. Default 0.1 |
| Strength of the snap bumps |
|
|
Press F6 to render, then File → Export → Export as STL. Note: the comments in pipe-collar.scad are in German, pipe-collar_en.scad has the same geometry with English comments.
Print settings
Material: PETG recommended (slightly flexible, handles warm pipes). PLA works for cold water pipes but will soften on hot heating pipes.
Orientation: flange (the flat wall side) down on the bed. Insert as well.
Supports: none
Layer height: 0.2 mm (0.12–0.16 mm gives a smoother curve)
Walls / perimeters: 3 or more
Infill: 20 % or more (most of the part is walls anyway)
Color: white or the color of your wall/pipe looks best
Fit tips
Every printer is a bit different. If the insert is too tight, increase
c(for example 0.15). If it is too loose, decreasec(for example 0.05) or increaserast_uebslightly.If the collar is loose on the pipe, make
bohrung_d0.3–0.5 mm smaller. The bore is cylindrical, so a snug fit is mostly down to your pipe diameter.Print the insert first as a quick test fit, then the collar.
License
Free to use, remix, and share. Please credit the original design when you publish a remix.