This is the second and new Version of my Claw Machine (Old Version)
As I announced in my first Version, the "new" Machine will be painted and setted up with an Arduino.
Step 1: Part List
These are the most important parts I bought for the Claw Machine V2:
Arduino MEGA, 2x 8 Arduino Relays, Mp3 module, accessories like cables and resistors
Wood colour grey, yellow, green, black
Claw Machine Assembly / Gantry
Step 2: Joystick Keypad
I built the keypad out of OSB-wood and I drilled some holes for the Speaker. Then I painted it and prepared the cables.
Step 3: Painting the Machine
I had some ideas for the Color design so I first tried it out in google sketchup.
Step 4: New Gantry Assembly
As I used LEGO in my last machine for the Gantry, I now buyed a cheap one of a German Arcade shop.
I rewired the whole Assembly for my purposes and added a Printer Port cable for easy plug and unplug. Watch the pictures to get yourselfes inspired.
̶i̶̶ ̶̶a̶̶m̶̶ ̶̶s̶̶e̶̶l̶̶l̶̶i̶̶n̶̶g̶̶ ̶̶m̶̶y̶̶ ̶̶o̶̶l̶̶d̶̶ ̶̶c̶̶l̶̶a̶̶w̶̶!̶̶ ̶̶i̶̶f̶̶ ̶̶y̶̶o̶̶u̶̶ ̶̶a̶̶r̶̶e̶̶ ̶̶i̶̶n̶̶t̶̶e̶̶r̶̶e̶̶s̶̶t̶̶e̶̶d̶̶,̶̶ ̶̶w̶̶r̶̶i̶̶t̶̶e̶̶ ̶̶m̶̶e̶̶ ̶̶a̶̶ ̶̶p̶̶r̶̶i̶̶v̶̶a̶̶t̶̶e̶̶ ̶̶m̶̶e̶̶s̶̶s̶̶a̶̶g̶̶e̶̶.̶ SOLD!
Step 5: Assemble the Gantry
In the Pictures you can see the assembled Claw Gantry and the Field for the Prices. There is a Printer Cable for easy plug and unplug the whole Gantry.
Now I tested the Motors of the Gantry, because it was selled as "not tested". But as you can see in the Video, e.g the up/down motor works, as well as the X and Y motor.
Step 6: Electronics
The most difficult part of this project is the programming. In the pictures you can see a few impressions of the Arduino setup. The PDF file is the Logic program that runs on the Arduino. All in all it is about 350 lines of code.
Step 7: Play With the Claw Machine
As easy as it sounds to build his own, realistic and working Claw Machine, we had really a lot of Problems that had to be solved, and the whole Project startet one and a half years ago. So if you are also trying to build your own crane machine, do not lose patience and keep working on it until it is as amazing as this one :)
Special thanks to CS for doing the whole programming and helping me to finish this project!