Cyber Loop Lamp - futuristic Sci-Fi light - WLED

Attention! This model has an increased difficulty level for assembly. The lamp consists of many individual parts spread across several plates. Assembly requires soldering skills, special materials and tools, and patience.

If any questions arise that I haven't been able to clarify in the description, please contact me in the comments section.

Hello everyone,

I am pleased to introduce the new Cyber-Loop-Lamp🥳. The lamp impresses with its minimalist yet highly complex housing. The core of the light is its multi-layered, dynamic light concept, which creates a magical depth effect (infinity look).

A very special eye-catcher that will also amaze your guests 😍

The total height is approximately 25 cm / 9.8 inches.

An ESP32 controller with WLED software controls the light effects. This controls the almost 300 LED pixels of a very high-resolution LED strip with 144 LEDs per meter.

For those of you familiar with "WLED", it is also possible to equip the lamp with a sound-reactive module, switches, or a remote control. Here, I describe the basic installation for control via a WiFi smartphone app.

🎨 Filament selection: The housing should be printed from a slightly darker filament so that no light can shine through. (With a light filament such as white or light grey, it is advisable to paint the inner side of the ring housing with an opaque, black acrylic paint so that no light can shine through. I did this with my light model.)

For the inner light diffusers, I recommend only PLA Basic jade white. This has very good light transmission, makes the light beautifully soft, and is slightly elastic.

The outer, transparent diffusers are best printed in PETG translucent, which is also somewhat elastic.

☝️ Printing notes: The print profile has already been optimized by me and the recommended settings are stored.
I have given the outer contours of the housing and the outer diffusers in transparent PETG a fuzzy-skin look, which fits very well with the overall aesthetic.

P.S.: It makes sense to follow the specified plate order, then you can already assemble and wire while the other parts are being printed 😉

📋 Parts list:

1x 2m addressable LED strip, 144 LEDs/meter 5VDC, WS2812, IP30

// 💰 alternatively 2x 1m SK6812 RGBW LED strip with white channel, 5VDC, 144 LEDs/m, IP30

1x ESP32 Controller / https://amzn.to/40FU5W8

1x Power supply 5 Volts with 6 Amperes

1x DC power socket 5.5 mm x 2.1 mm

3x Resistor 470 Ohm

1x Capacitor 16V 470uF

1x Cable 20AWG 3-Pin

1x SM JST 3-Pin LED-Connector

Cables, needle-nose pliers, terminals, soldering iron, adhesive.

👉 if something is not available in your region, please contact me or leave a comment.

💡Basic wiring guide for WLED: https://kno.wled.ge/basics/wiring-guides/

🤖 Recommended LED strip length:

1. Funnel: 12 x 8 LEDs = 96 LEDs

2. upper ring: 101 LEDs

3. rear ring: 80 LEDs

The electrical installation takes place in the "lower" housing part; there is a recessed area here. I have assigned a separate data output to each of the three light areas on the controller, which makes wiring a bit simpler.

Funnel with 12 light segments
The inner funnel / tunnel has 12 light elements connected in parallel, all of which are identically constructed. Each of the 12 LED holders is equipped with 8 pixels of the LED strip, with wiring done downwards.
The LED strip is then first placed on the white diffuser, then on the transparent diffuser. Finally, the finished modules are hooked into the funnel.

Attached is a link to a video showing some of the installation steps: Instagram Reel
(unfortunately, I haven't sufficiently documented all steps, sorry!)

Once all segments are equipped with LEDs and wired, be sure to perform a functional test! Later adjustments to the cables and LED strips can be somewhat cumbersome.

After all LED strips are installed in the upper and lower segments and the diffusers are in their designated places, you can glue the top and bottom parts together.

And now I wish you lots of fun printing, crafting, and programming fascinating light effects. I would be very happy to see pictures of your finished lamp! 📸 🤩