Gyverlamp Case — Modern LED Lamp Enclosure

Gyverlamp Case — Modern LED Lamp Enclosure

Bring your LED lamp project to life with this sleek 3D-printed case inspired by the [GyverLamp](https://alexgyver.ru/gyverlamp/) — a smart, customizable, and stylish desk lamp.

Features

• Minimalist, clean look — smooth cylindrical design fits any interior

• Modular assembly — easy to print and put together without extra tools

• Optimized for PLA and vase mode printing

• Fully compatible with the original GyverLamp firmware and electronics

Hardware

• Wemos D1 mini (Arduino-like microcontroller)

• LED matrix

• Power connector

• 5V 3A power supply

• Sensor button

For wiring and firmware details, refer to the original project website linked above.

Printing Tips

White PLA is recommended for the lamp shade — it gives the best light diffusion.

All parts are designed for easy printing and clean assembly.

General settings:

• Layer height: 0.16 mm

• Infill: 15%

• No supports

Lamp shade:

• Outer wall width: 0.8 mm  important!

• Vase mode: Spiral Vase, Smooth Spiral

• Fuzzy skin:

• All walls

• Point distance: 0.1 mm

• Skin thickness: 0.1 mm

Cylinder:

• Inner wall width: 0.6 mm

Assembly Guide

1. Feed all LED matrix wires through the cylinder.

2. Connect the LED matrix to the microcontroller, pass through the sensor button through cylinder, and mount the power connector in the base.

3. Fix the microcontroller inside the base with a drop of hot glue.

4. Insert the cylinder into the base.

5. Install the lamp shade first.

6. Glue the sensor button to the lid and test that the button is working with power on.

7. Press-fit the lamp shade, then place the lid — your lamp is ready!