Gridfinity Assorted Fuji X-Mount Lenses Storage Bins
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Gridfinity bins for some Fujifilm X-Mount lenses I own. They are designed them to be printed multi-material.
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- Printables
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- Photo & Video
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- Creative Commons — Attribution — Noncommercial — Share Alike
This is a collection of Gridfinity-compatible storage bins tailored for Fujifilm X-Mount lenses. These bins utilize a multi-material design: a rigid PETG exterior for structural integrity and a soft TPU interior to protect lens barrels and mounts.
The nameplates are designed to be printed separately in two-color PETG and glued onto the bins. Print the nameplates face-down on the build plate. This ensures the cleanest possible text finish.
While these models are designed for a PETG/TPU hybrid, they can also be printed entirely in PLA or PETG probably not risking damage to your lenses. If you are printing this in PETG and TPU, I advise against using a single-nozzle AMS system for this project. PETG and TPU will suffer from significant cross-contamination during swaps, unless you utilize an excessively large purge volume. For the multi-material version, a multi-nozzle printer (such as the Bambu H2D) is highly recommended. I tested various TPU filament hardnesses, and one with a 95A shore hardness seems to be the best fit.
Because PETG and TPU do not naturally bond well, I recommend using Beam Interlocking for the material interface. This setting weaves the two materials together along the boundaries to create a mechanical bond. I have found that a beam interlocking width of 0.4 mm (reduced from the default 0.8 mm) produces a cleaner result. Interestingly, in testing, one print succeeded without interlocking enabled, and the TPU adhered surprisingly well—though interlocking remains the best practice for long-term durability.
I have included step files to allow for easy modification. The primary PETG component is base.stp. Edit this if your lens requires a base diameter larger than 55 mm. The customizable TPU insert is TPUBlank.stp. To adapt this for a specific lens, create a profile on one of the "finger" bases and use a polar pattern in your CAD software to replicate the geometry across the remaining fingers.
The bin for the 100-400mm lens is currently in development and does not print well. Once I have something I am happy with, I will upload it.