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spoon-stabilizer-support's Introduction

Spoon Stablizer Support

The Spoon Stabilizer Support is an adapted utensil for people who have difficulties with tremors when eating. It used both passive stabilization and weights to dampen the effect of hand tremors and make it easier to eat.

This device may help people with hand tremors or fine motor challenges due to essential tremors, Parkinson's disease, cerebral palsy, multiple sclerosis, muscular dystrophy, arthritis, stroke, Huntington's diesase, or spinal cord injury.

The design consists of metal cutlery that is cut to length and mounted into a 3D printable handle with some off-the-shelf hardware.

The design was created by Ian Faulkner. Supporting documentation was created by Neil Squire Society / Makers Making Change.

Picture of Spoon Stabilizer Support.

Makers Making Change Assistive Device Library Listing: https://www.makersmakingchange.com/s/product/spoon-stabilizer-support

How to Obtain a Spoon Stablizer Support

1. Do it Yourself (DIY) or Do it Together (DIT)

This is an open-source assistive technology, so anyone is free to build it. All of the files and instructions required to build the Spoon Stablizer Support are contained within this repository. Refer to the Maker Checklist below.

2. Request a build of this device

If you would like to obtain a Spoon Stablizer Support, you may submit a build request through the MMC Device Library Page. The requestor is responsible for the cost of materials and any shipping.

3. How to build this device for someone else

If you have the skills and equipment to build this device, and would like to donate your time to create the switch for someone who needs it, visit the MMC Maker Wanted section.

Getting Started

1. Read the Makers Checklist

The Makers Checklist contains the relevant steps to help build the device.

2. Order the Off-The-Shelf Components

The Bill of Materials lists all of the parts and components required to build the Spoon Stablizer Support.

3. Print the 3D Printable components

All of the files and individual print files can be in the /Build_Files/3D_Printing_Files folder.

4. Assemble the Spoon Stablizer Support

Reference the Assembly Guide for the tools and steps required to build each portion.

Files

Documentation

Document Version Link
Design Rationale 1.0 Spoon_Stabilizer_Support_Design_Rationale
Maker Checklist 1.0 Spoon_Stabilizer_Support_Maker_Checklist
Bill of Materials 1.0 Spoon_Stabilizer_Support_Bill_of_Materials
3D Printing Guide 1.0 Spoon_Stabilizer_Support_3D_Printing_Guide
Assembly Guide 1.0 Spoon_Stabilizer_Support_Assembly_Guide
User Guide 1.0 Spoon_Stabilizer_Support_User_Guide
Changelog 1.0 Spoon_Stabilizer_Support_Changelog

Design Files

Build Files

Attribution

License

The Spoon Stablizer Support design is licensed under Creative Commons Attribution-NonCommercial 4.0

Accompanying material such as instruction manuals, videos, and other copyrightable works that are useful but not necessary to design, make, test, or prepare the Spoon Stablizer Support are published under a Creative Commons Attribution-ShareAlike 4.0 license https://creativecommons.org/licenses/by-sa/4.0/ (CC BY-SA 4.0).


About Makers Making Change

Makers Making Change Logo

Makers Making Change is a program of Neil Squire, a Canadian non-profit that uses technology, knowledge, and passion to empower people with disabilities.

Makers Making Change leverages the capacity of community based Makers, Disability Professionals and Volunteers to develop and deliver affordable Open Source Assistive Technologies.

Contact Us

For technical questions, to get involved, or to share your experience we encourage you to visit our website or contact us.

spoon-stabilizer-support's People

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spoon-stabilizer-support's Issues

Request for .STEP or Fusion 360 files

There are a couple of modifications I'd like to make so hoping I can get the source files in either .Step or .f3d format. Step would be more universal for others but f3d is preferred as that's what I use.

The two design modifications that I'd like to work on are:

  • a lip or similar for the grip insert to hold it in place without the use of tape while experimenting with weights in the grip
  • the "insert" part as designed, especially with the suggested print orientation, is very weak at the insertion point as it is along a layer line (see pic). Changing print orientation may help (testing) but the piece can be designed with internal re-enforcement.

Not a modification but a suggestion to change the recommended printed orientation on the grip handle. Flipping it 180 deg will save over an hour of print time and at least 9g of filament.

2110462278082389227

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