Modular Crutch/Cane/Assistive Device holder (MCCADH)
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Prototype moduar wall mount system.
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Informacje o modelu
- Źródło
- Printables
- Kategoria
- Other House Equipment
- Licencja
- Creative Commons — Attribution — Noncommercial
Instructions below: Please comment even if you don't print, I need feedback in order to improve rapidly.
Update log:
April 8/26: Uploaded to printables, v0.1 prototypes.
April 9/26: Working on v1 files, then will mass release on other platforms.
This is my first model. I have a friend with various medical problems. She uses crutches and a cane, and I was unhappy with the lack of good, more permanent designs for holding a cane or crutches around her house—for example, in the bedroom, bathroom, kitchen, etc.
These are wall-mounted, either with screws or double‑sided tape. The male dovetail wall mount can accept any female dovetail part, with the primary purpose being increased flexibility and modularity.
To make it magnetic, print both female_dovetail_wallmount and male_dovetail_magnetholder, then print the applicable cane holder. It takes 6×3 magnets, although you could realistically modify this. It’s really basic, but this design will evolve. Feel free to remix it and add new modules! I will provide the basic dovetail and female dovetail so you can add anything you want.
I only ask that you do not sell these items or the files. I made this sincerely, hoping it will improve—or at least ease—some of the day‑to‑day problems disabled people experience. I made this assuming it wouldn’t be popular; this is just a place to make sure it’s at least available if anyone happens to stumble across it. Sorry for my bad grammar.
Screws for the wall mount can be basically whatever you have, or you can use 3M double‑sided tape. Remember, this is a prototype, so once I get feedback, it will improve.
I have not printed this yet, but out of the eight prototypes I tested (snap connectors, dovetails, screws, and other approaches), this should be adequate with PLA. PETG, or even ABS, would be even better for the load‑bearing parts. I recommend at least 0.20 mm layer height and 25% TPMS‑D, TPMS‑FK, Gyroid, or Adaptive Cubic infill.
“We do these projects not because they are hard, but because we thought they would be easy.” —Redditor