PAMS Universal Lockable Joint
If you're looking for an inexpensive, full adjustable lockable joint for the PAMS mounting system, the 3D printed PAMS Universal Lockable Joint allows users to position their assistive device at any angle.
Mechanics
3D Printing
5
37
1
1.1kDevice Information
Overview
The PAMS Universal Lockable Joint is a low-cost 3D printable joint for the PAMS Mounting system. This joint allows is compatible with 1/2" PVC pipes and allow movement in all degrees of freedom.
This solution is part of the PVC Assistive Mounting System (PAMS), a collection of readily available commercial off-the-shelf components that can be assembled into various configurations to mount assistive technology.
How To Use
Unlock the lockable joint in a counterclosewise direction and angle the PAMS mounting system in the desired position. Lock the joint by turning it closewise.
There is an optional larger handle that can be 3D printed. This version is better for individuals with reduced grip strength and allows more area to grab onto. If you are requesting this device and want to try out the larger handle, please include that in the details of the request.
Disability Type Description
Users with limited mobility who need to mount assistive devices for their wheelchair or desk setup may find the PAMS mounting system suitable.
Estimated Cost (CAD)
Maker Information
Skills Description
This is a beginner level build that involves 3D printing and assembly.
Print Time (hrs)
18.5
Assembly Time (hrs)
0.5
Tools Needed
Common Hand Tools;3D Printer
Build Instructions
This device consists of multiple 3D printed parts.
Print Settings:
- 0.2 mm layer height
- 20% infill
- No Supports
Project Link
Please login or register to agree to the MMC Terms of Use to access the Project Link
License
Attribution
The PAMS Universal Lockable Joint was created for the Neil Squire Society by a University of Alberta Mechanical Engineering Capstone Team consisting of Matthew Brydges, Bobbly Li, Stanley Lim, Miguel Oliveira, and Marco Villegas. The project was oversaw by Jake McIvor.
Reviews
There are no reviews for this device