Build a Beautiful Moon Lamp in Just 10 Minutes!

Beautiful Moon Lamp in Just 10 Minutes!

Ever wanted to create something magical, aesthetic, and useful—without complicated tools or coding?Here it is.

Introducing ✨ LUNA GLOW ✨A 3D-printed DIY Moon Lamp that anyone can make in under 10 minutes.No prior electronics experience needed. Just plug, solder, assemble—and glow

This project is perfect for:

• Beginners
• DIY lovers
• Kids with supervision
• Gift makers
• Home décor enthusiasts

🎨 Customization & Design

• Online software - https://lithophanemaker.com/Lithophane%20Sphere.html
• screenshots for adding custom photos/textures
• Complete STL files
• 3D design images
• Step-by-step visuals for printing and assembly
• This makes the project beginner-proof and replication-friendly

Parts Required

🖨️ 3D Printed Parts

• Moon Lamp Body (3D printed)
• Moon Base
• Moon Top Cover

Electronic Components

• USB Type-B Power Bank Module (with charging protection)
• ON/OFF Switch
• LED Light (4V)
• 18650 Li-ion Battery
• Battery Spring (Brass) – for positive & negative terminals
• Wires
• Soldering tools (soldering iron, solder wire)

Step 1: Prepare the Moon Base

You can download the STL file and print it on your own 3D printer. If you don’t have access to a 3D printer, don’t worry—you can use an online 3D printing service that will print and ship it to you. Click here to order through a reliable service.

• Take the moon base and identify the battery slot.
• Solder two wires to the brass battery springs
• One for positive (+)
• One for negative (–)
• Insert the springs into the battery slot inside the moon base

Make sure:

• Positive spring → positive wire
• Negative spring → negative wire

Step 2: Install the USB Power Bank Module

• Now take the USB Type-B power bank module.
• Fit it into the provided slot in the moon base
• This module allows safe charging of the 18650 battery
• Solder:

Positive wire → module positive terminal

Negative wire → module negative terminal

⚡ Your charging system is now ready!

Step 3: Add the Power Switch

• Time to control the glow ✨
• Take the ON/OFF switch
• Press-fit it into the switch slot on the moon base
• Solder the switch in series with the power line
• This will allow you to turn the lamp ON or OFF easily

🔘 Simple, clean, and functional.

Step 4: Install the LED on the Moon Top Cover

• Now the heart of the lamp 💡
• Take the moon top cover
• Attach the 4V LED at the center
• Secure it properly so light spreads evenly
• Solder LED wires carefully:

Positive → power line

Negative → ground

🌕 This ensures a soft moon-like glow.

Step 5: Insert the 18650 Battery

• Power it up 🔋
• Take the 18650 Li-ion battery
• Insert it into the battery slot in the moon base
• Ensure correct polarity:

Positive to positive spring

Negative to negative spring

⚠️ Always double-check polarity for safety.

Step 6: Final Assembly

• Everything comes together now
• Connect the moon top cover to the base
• Make sure all wires are neatly placed
• Attach the 3D-printed moon lamp body on top
• Close and secure the full assembly

✔️ Clean look✔️ Solid fit✔️ Ready to glow

Step 7: Power ON & Enjoy

• Moment of truth!
• Switch ON the lamp
• Watch your DIY Moon Lamp glow beautifully
• You can even add a custom photo texture using online moon-texture software

✨ Your LUNA GLOW Moon Lamp is ready!

You can download the STL file and print it on your own 3D printer. If you don’t have access to a 3D printer, don’t worry—you can use an online 3D printing service that will print and ship it to you. Click here to order through a reliable service.

Justway offer comprehensive metal 3D printing services capable of producing parts in a wide range of metals. From lightweight aluminum to high-strength titanium, our technology supports complex geometries, large-scale builds, and precise functional components.

They offer metal 3D printing capabilities include:Titanium 3D Printing (TC4)

Justway offers high-performance titanium 3D printing using Titanium TC4, a premium alloy renowned for its exceptional strength-to-weight ratio, fatigue resistance, and biocompatibility. This makes it ideal for lightweight, high-strength applications across industries such as aerospace, automotive, and medical manufacturing.

Material OverviewTitanium TC4 (also known as Ti-6Al-4V) combines titanium with aluminum and vanadium to achieve excellent mechanical strength, toughness, and corrosion resistance. The material exhibits a silver-gray metallic luster, resembling steel, but offers significantly lower density and superior resistance to extreme environments. Its low thermal conductivity and high specific strength make it suitable for both structural and functional components.

Material Advantages

• High specific strength and excellent fatigue resistance
• Low thermal conductivity and outstanding corrosion resistance
• Excellent toughness and weldability
• Biocompatible, suitable for medical implants and devices

Process Compatibility

• Technology: Selective Laser Melting (SLM)
• Tolerance: ±200 μm or 0.2%
• Surface Roughness: Ra 3.2–6.3 μm

Justway’s titanium 3D printing capability delivers lightweight, durable, and corrosion-resistant parts that perform reliably under high stress and demanding conditions.

🚀 Final Thoughts

This DIY Moon Lamp proves that:

Beautiful projects don’t need complexity.

With just:

• A few electronic parts
• Simple 3D-printed components
• 10 minutes of effort

Anyone can build something magical 🌕

If you’re looking for an easy, impressive, and customizable DIY project—LUNA GLOW is the perfect choice.