Quay lại blog
Bài viết

DIY Tutorial for Toilet Mobile Light

Quản trị 01 tháng 10, 2026

There is currently no complete DIY tutorial specifically for 'toilet mobile lights,' but similar functionality can be achieved through the following two solutions, which require safe operation and waterproofing.

Solution 1: Homemade Simple Mirror Light (Mobile Modification Idea)

  1. Material Preparation

    • Core Components: Choose a T5 integrated LED tube (recommended warm white light at 4000K, moderately bright and not dazzling), paired with a rechargeable power source (such as a power bank or a modified battery pack) for mobility.
    • Tools and Accessories: Screwdriver/electric drill (for fixing the tube), wire strippers (for handling wires), hot glue gun (for waterproof sealing), sheathed wires (for circuit protection), wire connectors (or electrical tape, to ensure secure connections).
    • Optional Upgrades: PVC wire channels (to hide wires and enhance aesthetics), Xiaomi smart switch (to control the light via a phone or voice commands, increasing convenience).
  2. Installation Steps

    • Fixing the Tube: If there is a reserved light slot under the toilet mirror cabinet, you can directly install the clips with screws; if not, drill holes in the wall to fix the bracket, ensuring the tube is secure.
    • Wiring and Power: Connect the tube plug to the rechargeable power source (if using wall switch wires, first cut off the power, strip the outer sheath, and wrap the bare wires with wire connectors or electrical tape).
    • Waterproofing: Apply hot glue at the tube joints and wire connections to form a waterproof layer; if using a power bank, place it in a dry area (such as a high place or a waterproof box).
    • Mobile Control: If frequent movement is required, switch to a magnetic charging LED tube, paired with a mobile socket or wireless charging base, for 'grab-and-go' use.

Solution 2: Mobile Rechargeable Night Light (Universal DIY)

  1. Material Preparation

    • Light Source: Rechargeable LED bulbs (or disassemble an old phone power bank and connect an LED module for lower cost).
    • Housing: Lightweight materials such as plastic bottles (transparent for light transmission), wooden boxes (need holes for heat dissipation), or directly purchase a finished night light housing.
    • Control Components: Mini switch (for on/off control), USB charging cable (compatible with power banks), hot glue (for fixing components).
  2. Production Steps

    • Circuit Assembly: Connect the positive and negative terminals of the LED bulb to the output end of the power bank via a USB cable, with a switch (such as a toggle switch) in series to form a closed circuit.
    • Housing Fixation: Use hot glue to attach the bulb to the inside of the plastic bottle or the bottom of the wooden box, ensuring the switch is exposed and easy to operate; if using a transparent bottle, adjust the bulb position for even lighting.
    • Charging and Use: Charge the power bank via a USB cable, and once fully charged, you can carry the night light to scenarios like the toilet or hallway. The battery life depends on the power bank's capacity (usually 4-8 hours).

Precautions

  • Safety First: Always cut off the power before operation to avoid electric shock with wet hands; use insulating gloves and a multimeter to check if the circuit is live, and use a ladder with assistance for high-altitude work.
  • Enhanced Waterproofing: In addition to applying hot glue, wrap waterproof tape around circuit interfaces in the toilet environment, or choose LED bulbs with an IPX4 or higher waterproof rating.
  • Tool Standards: When using an electric drill, fix the drilling position well to prevent slipping; avoid scratching your fingers when using wire strippers, and ensure wire connectors are pressed tightly to prevent loosening.

If you are not familiar with circuit modifications, it is recommended to prioritize Solution 2 (mobile rechargeable night light) or directly purchase finished mobile LED lights (such as sensor night lights or magnetic charging lights) to reduce safety risks.