Adapted Finger Loom

The Adapted Finger Loom is perfect for individuals with limited dexterity and impaired hand function who wish to weave using a loom. The digitally designed, 3D printed pegs with hollow cavities allow crafters to use their finger to pull the yarn over the pegs instead of using a hook tool. The loom also slides laterally and locks in place with ease, allowing smooth progression for those who prefer to remain seated.

Estimated Build Time: 5 hours total (3 hours machine; 2 hours assembly)

Tools:

1. Windows PC or MAC i7 (or higher)
2. Screwdriver set
3. FDM Printer

Materials:

1. PLA Filament (for STL print files)
2. Steel Drawer Slider with Lever Drawer Release (1)
3. C-Clamps (2)
4. Plywood Board (2)
5. one board at 1" thickness, with at least 24"L and 4"W for cutting
6. second board at 0.5" thickness, with at least 26"L and 2"W
7. Wood Screws (4+)

Final Dimensions:

9"H x 30"L x 6.5"W

Carefully read the instructions and ensure that you have all the required tools, materials, and correct measurements before you start building the device. Always wear protective gear when working with tools.

Download the provided STL files ("adaptedLoomBrake.stl" and "adaptedLoomPegsSection.stl") and 3D print both using a FDM Printer.

Create the first Plywood Base Section out of 1" thick plywood (23.5"L x 1"H x 4"W). Then cut the outer ends of plywood to create two 0.75 x 0.35 x 2 inch platforms (please refer to the provided diagram for exact cut details).

Then create a second plywood piece using 0.5" thick plywood (25.5"L x 0.5"H x 2"W).

You should have two separate plywood pieces, as indicated in the photos.

Next, screw in the metal Slider between the two pieces of plywood, lining up the pieces on their left sides as shown in the provided photo.

Next, we'll attach the C-clamps to the Plywood Base.

Start by drilling a 0.25 hole into the top of each C-Clamp, as shown.

Then screw the first C-clamp into the Plywood Base-- check your positioning with the provided diagram. Repeat for the other side with the second C-clamp.

Finally, we'll attach the 3D printed parts to the Sliding Base. Start by screwing all four Peg Sections into the 0.5" rectangular plywood using two screws (example diagram provided). Note: the hollowed side of the Pegs should be facing away from the C-Clamps.

Screw the 3D printed Brake Lever into the 1" plywood base using 2 screws (example diagram provided). Make sure to position the Lever's handle so that it will fit into the 6th brake slot on the first four pin module.

Your device is ready to use. If this interests you, give us a favorite and drop a comment below. Thanks for building with us!