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Intelligent lithophane lamp

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3D design format
STL Folder details Close
  • BaseLampLitIndRev4.stl
  • CaseCircuitoLampLitIndRev1.stl
  • ColumnaLampLitIndRev3.stl
  • Pata.stl
  • TapaLampLitIndRev3.stl

Learn more about the formats

Publication date 2024-01-24 at 06:11
Design number 1735211

Tridixali

3D printer file info

3D model description

This smart lamp has a touch sensor for physical on/off and uses LED strips (preferably use 5 VDC for power approval and connection to the ESP8266 WiFi module).

M4 screws or pins are used on parts that require fixing, such as the legs and case.

The dimensions of the lithophanes are 100 mm (length) x 120 mm (height) x 3.6 mm (maximum 4 mm) thick.

To change the effects of the lights, configure the touch sensor and synchronize the lamp with Alexa or any smart speaker, it is required to install the WLED app on the ESP8266 and download the app on the mobile.

WLED tutorial

I will upload the version for using the Wemos S2 mini modules soon.


This smart lamp has a touch sensor for physical on/off and uses LED strips (preferably, use 5 VDC LED strips for equally - power supply and connection to the ESP8266 WiFi module).

You should use M4 screws (or pins) on parts that need to be fixed, such as legs and the case.

The lithophanes dimensions are: 100 mm (length) x 120 mm (height) x 3.6 mm (max 4 mm) thickness.

If you want to change light effects, configure the touch sensor and synchronize the lamp with Alexa or any smart speaker, make sure you upload the WLED app on ESP8266 board and get the mobile app too.

Tutorial WLED

Soon, I will upload the Wemos S2 mini WiFi modules version.

3D printing settings

  • Layer height: 0.2 mm.

  • Infill: 20 %.

  • **Only use brackets on the "Base" part (contains the space for housing the ESP8266 WiFi module).

  • No horizontal X/Y expansion required.


  • Layer height: 0.2 mm.

  • Infill: 20%.

  • Only use supports on the "Base" part (it contains the ESP8266 WiFi module housing).

  • No horizontal X/Y expansion is required.

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