Macro Pad 3D Printer Model Free Download

Description Files (34)

Summary

Thingiverse keeps removing this model without any explanation this is the 4th time it has happened I would suggest save/like the project at printables if you plan to make it later
Here is the link : https://www.printables.com/model/118905-macropad-for-photoshop .

Send a mail at [email protected] to purchase the kit for 45$ it includes a build guide, schematics, code, and help via email
Fill out this form with some basic info and get a discount of 10%
https://docs.google.com/forms/d/e/1FAIpQLSecsFubnVS1qn2xZ8caPsTR_iNMZ7qd9-S2iIqk6iiDY4Bs-Q/viewform?usp=sf_link

Summary

The purpose of making this was to eliminate remembering all the important shortcuts and complex key combinations. Each shortcut can be mapped to an individual key and can be activated with a single keystroke.

It uses an Arduino pro micro as the brain 29 mechanical switches and some basic parts like diode and RGB led

Print instructions

Print the key caps with 0.12mm layer height. We can print you everything else at 0.2 mm.

We do not need supports for anything I have everything is optimized for. support less printing and better bed adhesion. You can still use rafts and z-hop for keys.

Build Instructions (steps 5,6,7,10 is optional)

Print out all parts which include faceplate, base, and keycaps a total of 34 (cover for the rotary encoder and knob is optional).
Faceplate and keycaps need some cleanup.
Insert the switches into the faceplate and wire them up like the schematic. You can also add the diodes using single strand wire helps keep everything clean.
Solder everything to the Arduino (I have used male and female header pins for easy access) and stick the Arduino to the bottom with double-sided tape make sure to keep the wires small so that everything fits.
Connect the ws2812b led strip to the Arduino as shown in schematic and stick the strip at the bottom
If you are using the rotary encoder, solder the wires to the pin header and glue it in place.
Assemble the rotary encoder parts and solder the header pins using some wire refer photos if needed, use super glue to fix it in place.
Check everything and push the wires in
Screw the faceplate to the body using the 2.4mm screws.
Firmly press the keycaps onto the switch stems.
Add some self-adhesive anti-skid pads at the bottom
Upload the firmware and make actions in Photoshop done

Required parts:

5V Arduino Pro Micro
29 Cherry MX Switches
1 tack switch (for reset)
Rotary encoder (optional)
WS2812B Led Strip (optional)
8 2.4mm-8mm plastic screw
2 M3-10mm screw
1.5-2mm screws for rotary encoder can use super glue
Self-adhesive anti-skid pads

You will also need a USB cable, wire, solder, and a piece of double-sided tape.

Optional:

2x12 Pin Male and Female Connector
1x4 Pin Male and Female Connector

If you like what I'm doing, consider supporting me
https://paypal.me/Jimit5

I also do freelance work email: [email protected]

ALT.stl	36.2KB
B.stl	72.2KB
Base.stl	136.0KB
ctrl.stl	56.6KB
delete.stl	101.1KB
down.stl	26.8KB
E.stl	55.5KB
ENTER.stl	51.2KB
ESC.stl	69.9KB
F1.stl	52.1KB
F2.stl	77.1KB
F3.stl	85.7KB
F4.stl	98.3KB
F5.stl	68.2KB
Faceplate.stl	170.0KB
function.stl	37.6KB
J.stl	76.8KB
Knob.stl	94.6KB
LEFT.stl	30.7KB
M.stl	77.8KB
P.stl	69.9KB
right.stl	31.3KB
Rotary_encoder_bottom.stl	117.7KB
Rotary_encoder_top.stl	154.4KB
S.stl	83.1KB
Shift.stl	57.8KB
space.stl	23.0KB
tab.stl	50.1KB
up.stl	27.0KB
V.stl	29.6KB
W.stl	72.1KB
WINDOWS.stl	31.7KB
X.stl	31.3KB
Z.stl	30.0KB

Macro Pad 3D Printer Model

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