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These multicolored wires need to be reconnected to the nearest copper spots. The gel on the light strips needs to be removed for the soldering process, I carefully cut off the protective coat on the light strip off using an Exacto knife. This is the same for the wires, so I cut off the wire-protectors using a wire stripper. Make sure you only cut off enough of both to be able to solder them. Practical and Decorative Applications: Levitating moon lamps serve both practical and decorative purposes. As a source of light, they offer a gentle and comforting glow suitable for relaxation, meditation, or creating a cozy atmosphere. Additionally, these lamps make stunning decorative pieces, acting as a focal point in any space, whether it be a bedroom, living room, or office. Although the final product and designs that can be seen in the previous steps seem simple, I actually went through multiple versions of each part before achieving the finalized product due to being completely new to the design process and 3D printing. While I originally only had a very basic project consisting of the moon lithophane and a simple light, over the course of the project I improved my original plan by adding a base, cylinder, and LED lights that change color. Again, don't be afraid to improve your project throughout your working process! For the final settings, I selected 0.15mm Quality (this can be changed). Input your filament material and printer. I used Prusament PLA for filament and printed with an Original Prusa MINI. I used the Rotate tool to create the hollow base. Make sure the body is the sketch that was drawn in Step 1 and the rotational axis is the y-axis.
I went to Prusaslicer so I could import the new file. I placed the moon on its bottom using the "Place on Face" option on the sidebar. After our experts have made sure the designs are perfect they begin the process of printing them on our cutting edge, state of the art 3D printers. Each and every lamp takes around 26 hours to 3D print, and it is done so in one single piece. Then I added points to make the hole creation process (step 9) easier. I created another sketch on the surface of the extruded rectangle and added two construction lines 8mm from the side and 3mm from the top right. I repeat this step on the bottom left (the 3mm would now be from the bottom left) and made sure they are coincident. There is a picture of this above. For my base design, I had a hollow base with a diameter of 6 inches (152.4mm) and walls of 3mm wide. The cylinder in the middle had a diameter of 1.8 inches (45.72), just a little smaller than the hole of the sphere because you will need to wrap your LED lights around this cylinder. The walls of this cylinder were 1mm wide. The space where the cylinder meets the base should be empty since the wires of the LED lights will need to go through the cylinder. Plan for two holes with diameters of 25mm in the walls of the base and the cylinder; the wires of the LED light will go through them. I created another sketch on the top of the base and drew two circles with diameters of 45.72 and 35.72 from the center. These are the circles that will form the cylinderFor safety, I went over the rectangle and made sure that the two points at the bottom are connected to the side. Then I deleted the center construction line and finished the sketch. I switched to bottom view and created a sketch on the base (almost like the ceiling for the bottom section). Uses NASA satellite real-time data, through three-dimensional imaging technology to give an accurate scaled down version of the moon.
The Original Moon Lamp is a piece of art. It has been meticulously crafted by our expert and eagle eyed designers using the very latest high quality NASA satellite images. This amazingly detailed piece looks just as amazing whether it’s lit up or not and makes for a stunning display piece that is sure to start many conversations. Imagine what it feels like holding the moon in your hands. The dead volcanoes, the impact craters, the lava flows... all within your reach! THE PERFECT GIFT! The STL is ready, but there is one more thing to do before it can be printed. The bottom of the STL isn't flat, so it needs to be altered before printing.
TERMS & POLICIES
As with all things in life, unexpected problems can arise. If the LED lights break or tear, don't throw them away! You can use a soldering kit to fix them by reconnecting the wires to another copper spot. This happened to me too, so don't panic if you have the same issue. When I was designing my project, I wanted a sphere with a diameter of 6 inches (152.4mm) and a hole of 2 inches (50.8mm) so that the base and cylinder can be inserted inside. As you can see from above, this was designed so that the moon can fit on top of the base, which has a cylinder extruding from the middle where the LED lights can be wrapped around. My first step was to create a design for my moon and base. If you are following along, you can skip to the next step if you don't plan on changing any measurements. DIMMABLE - Whether you are looking for a light that brightens an entire room, or a relaxing nightlight, this moon lamp will be perfect for you. Typical delivery time frame is between 5 to 7 business days however, you may receive your items much earlier. Our Guarantee
Then I extruded a cylinder from the sketches on the surface of the base. This cylinder should be at most 127mm long. If you had cut off too much of the moon in Meshmixer, make this cylinder even shorter.In addition to the levitating feature, the lamp also features built-in LED lights, which emit a soft and warm glow, simulating the enchanting radiance of the moon.
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