I’m going to show you exactly how you can easily make your own super cool automated kinetic sand art table step-by-step. Including smart LED lighting 👇 More info below 👇 This project was kindly sponsored by PCBWay. [ Ссылка ]

It is incredibly captivating to be beside this simple DIY wooden table as the steel ball magically carves out an endless and ever changing series of beautiful geometric patterns in the sand.

Second video: [ Ссылка ]

Links to the professional sand table - Ampersand:
■ Moving Pieces website: [ Ссылка ]
■ Moving Pieces YouTube: [ Ссылка ]
■ Moving Pieces Instagram: [ Ссылка ]

If you’re in the UK I highly recommend Oakdale Crafts as a supplier of veneer: [ Ссылка ]

Support future projects, see DIY Machines' Amazon Wish List: [ Ссылка ]

List of items used in this project and where to find them:

■ 12v Nema 17 stepper motors (x2): [ Ссылка ]
■ GT2 Timing belt (3m was used in the video): [ Ссылка ]
■ 5mm bore idler, 6mm or 10mm width, 20 teeth (x2): [ Ссылка ]
■ 5mm bore idler, 6 or 10mm width, toothless (x4): [ Ссылка ]
■ Elegoo Arduino Uno (x1): [ Ссылка ]
■ Nuts, bolts and screws (See list below): [ Ссылка ]
■ M2.5 x 6mm bolts (for securing Raspberry Pi) (x4) - [ Ссылка ]
■ Stepper drivers - TMC2208 (x2): [ Ссылка ]
■ Contact switch (x3): [ Ссылка ]
■ Arduino CNC Shield (x1): [ Ссылка ]
■ Raspberry Pi (Zero W can cope but I recommend model 3 A+) [ Ссылка ]
■ Magnets, I used three x 15x3mm and one countersunk 20x7mm all high strength: [ Ссылка ] [ Ссылка ]
■ 30mm 5V Fan (x1): [ Ссылка ]
■ Micro SD Card 8Gb or higher for Raspberry Pi (x1) - [ Ссылка ]
■ Neopixels/WS2812b on a 30 per meter roll. - [ Ссылка ]
■ 12mm momentary push button (x3): [ Ссылка ]
■ Some filament for the printed parts (I used PLA, including the wood infused LumberJake from 3D Jake) - [ Ссылка ]
■ Wiring blocks - five wires (x2) and three wires (x2). I used the Wago 221 series - [ Ссылка ]
■ 10k potentiometers (x2) : [ Ссылка ]
■ Mini360 Buck Converter (x1): [ Ссылка ]
■ Faux leather fabric (enough to cover the surface): [ Ссылка ]
■ Steel ball - 20mm:
■ Sand (I used around 600g):
■ 3D Printer Filament: [ Ссылка ]

To make a table frame measuring roughly 80 x 60cm:
■ 40cm long linear rail with block - MGN12H (x2): [ Ссылка ]
■ 60cm long linear rail with block - MGN12H (x1): [ Ссылка ]
See www.diymachine.co.uk for instructions on how to build a larger or smaller version.
■ Arduino Nano (x1): [ Ссылка ]
■ Electrical wire: [ Ссылка ]
■ 12v power supply - 2A or greater (x1): [ Ссылка ]
■ Barrel Connector - Female (x1): [ Ссылка ]

(As an Amazon Associate I earn from qualifying purchases.)

■ Pocket hole jig: [ Ссылка ]

Nuts, bolts and screws:
■ M5 x 20mm (x6)
■ M3 x 8mm (x18)
■ M3 x 12mm (x19)
■ M3 nuts (x6)
■ M2.5 bolts for Pi (x4)
■ Short wood screws (x45)
■ Optional pocket hole screws (x24)

I use a Prusa MK3S for my projects and highly recommend both it and the Prusa Mini. If I inspired you to take up 3D printing please consider purchasing a printer via this link: [ Ссылка ]

DOWNLOADS:

3D printed parts, code, and wiring diagrams can be found and downloaded from here:
[ Ссылка ]
3D files on Thangs: [ Ссылка ]

DISCORD SERVER:
[ Ссылка ]

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SAY THANKS AND SUPPORT THE CHANNEL:

Provide continual and dependable support through Patreon:
Support me on Patreon: [ Ссылка ]

Buy me a coffee to say thanks: [ Ссылка ]

SUBSCRIBE:
■ [ Ссылка ]
FACEBOOK: [ Ссылка ]

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List of camera and lighting equipment I use:

■ Sony A7 III: [ Ссылка ]
■ Tamron 28-75mm F2.8 RXD A036SF Lens for Sony-FE : [ Ссылка ]
■ Aputure Amaran HR672C: [ Ссылка ]
■ Aputure MC: [ Ссылка ]
■ RØDE VideoMic Pro+: [ Ссылка ]
■ Philips Hue Lightstrip Plus: [ Ссылка ]

Disclaimer:
This video is shared for demonstration purposes only.
Raspberry Pi is a trademark of the Raspberry Pi Foundation

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