Fixperts | Simon's Arcana
Accessing the Arcana instruments for Simon
New and customized handle and stand to improve his playing abilities
VIDEO:
https://youtu.be/EIWSifLCsZA?si=oBOgClv5eNoPbo-W
We have developed two products for Simon:
- The first product is an accessible stand adapted to his needs, according to angle and height.
- The second product is a handle adapted to be played on the "Arcana" musical instrument, the handle is made to its dimensions and the ability of the stiff hand to function.
In both products, the height and angle can be changed according to the intended user.
The production File is below
Supplies
Let's start with the first product, the Arcana stand
Arcana Stand: 3D Printing Files
PETG filament, Printed in 40% infill.
Plywood Laser Cutting
Thickness: 8mm Plywood
Downloads
Steel Laser Cutting
Thickness: 3mm Steel
Downloads
Assembly
1. Positioning the connectors in their designated place
2. Fixing the connectors. using eight screws
3. Fixing the page holder and its slider. using two screws
4. Welding the five pipes to the two skeletons - creating a strong and stable structure
5. Connecting the complete skeleton to the plywood surface (from below)
6. Creating the extraction handle (which connects the stand to the wheelchair).
Placing a magnet between the two parts of the 3D print and locking it in the designated place.
Inserting an aluminum rod into the handle hole
7. Threading the handle into the two holes in the wheelchair and the two holes in the complete skeleton - creating a strong and stable lock for the wheelchair
Downloads
The Arcana Stand Is Ready!
And now let's move on to the second product, the Arcana handle
Arcana Handle: 3D Printing Files
PETG filament, Printed in 40% infill.
Aluminium Pipe Cut and Drill
The diameter of the hole for drilling is 6 mm.
The distance from the center of the hole to the end of the pipe is 12mm
(in order for the pipe to enter the hole of the 3D printing of the top and bottom parts)
Assembly
1. Inserting the two parts (Top and bottom) into the pipe, centering the holes of all the parts that will overlap each other
2. Fixing the 3D printed parts to the pipe by inserting a pull rivet through the hole of all the parts
3. Threading the strip in the upper 3D printed part.
The strap is nice to have - in order to give additional stabilization for maximum holding.
Male and female velcro are attached to the strap to be held on the hand