Simpson Fridge Shelf End Cap
We keep getting asked about this one — the fridge shelf end cap is one of those Simpson parts that fails long before the rest of the unit is done. We've made this style of part before and can usually print yours without drama.
We keep getting asked about this one — the fridge shelf end cap is one of those Simpson parts that fails long before the rest of the unit is done. We've made this style of part before and can usually print yours without drama.
Why these break
Shelf rail end caps crack and shelves slide out. The original was moulded thin to save cents at production volume. That was fine when the plastic was fresh — twenty years on, there's no margin left in it.
How we reproduce them
This is a quick job on our end — we take dimensions from your old part, adjust for print tolerances, and run a small batch so you have spares for next time.
We print these in PETG. PETG has a little give in it, so it snaps into place like the original and shrugs off the knocks that shattered the old part.
Many plastic parts can be recreated, repaired, redesigned, or printed, depending on size, load, heat, material, and available samples. Bring in the damaged part or upload photos for assessment and we'll give you a straight answer before any work starts.
Part details
| Manufacturer | Simpson |
|---|---|
| Vehicle / equipment type | Household appliance |
| Common failure mode | Shelf rail end caps crack and shelves slide out |
| Typical use case | Direct replacement for the original fridge shelf end cap on the Simpson. |
Printing & reverse engineering
| Can print directly | Yes |
|---|---|
| Can scan from broken sample | Yes |
| Can redesign / improve | Yes |
| Recommended material | PETG |
| Print technology | FDM |
| Difficulty | Easy |
| Estimated print time | 30–60 minutes |
| Estimated cost range | $8 – $18 |
| Expected lifespan | 3–5 years in normal use |
| Outdoor suitable | No |
| Heat resistant | Depends |
| Load bearing | Depends |
| Requires post-processing | No |
Ask us about this part
Many plastic parts can be recreated, repaired, redesigned, or printed, depending on size, load, heat, material, and available samples.
