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And speaking of it being lit up, let’s talk about the LEDs! The Original Moon Lamp puts out a 3000K warm creamy yellow light or a 6000K more natural bright white . Each is as beautiful as the other and interchangeable at the touch of a button! SPECIFICATIONS The Original Moon Lamp can make the perfect gift to kids and adults alike. Treat your loved ones with this enchanting, calming and interactive piece of art. The Levitating Moon™ lamp is a remarkable piece of technology combining art, science and bit of whimsy. This extraordinary lamp levitates above the base using an electromagnet and the moon lamp is powered by magnetic induction.
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. 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.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.
The Levitating Moon™ lamp floats above the base because of the magnetic force pushing the moon lamp away from the base. The Science Behind Levitation: Levitating moon lamps achieve their awe-inspiring floating effect through the principles of magnetic levitation. Employing the concept of electromagnetic forces, these lamps use magnets to suspend the moon-shaped light source in mid-air. By carefully balancing magnetic forces, a delicate equilibrium is created, resulting in an illusion of levitation.
Insert the DC connector into the metal ring at the bottom of the moon lamp to charge, the red or blue light is always on during the charging. In recent years, technological advancements have given rise to innovative and mesmerizing lighting solutions. Among these captivating creations is the levitating moon lamp—an enchanting blend of art, science, and aesthetics. 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. At these two spots, I made two holes of 3mm diameter and 6mm depth. The settings should be on "simple". 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.
The light in the moon lamp is powered by magnetic induction. The same electromagnetic force that causes the moon lamp to levitate above the base lights the moon. All our products come with a 30-day warranty. If for any reason your product stops functioning due to normal use, we will exchange it for free. The LED light kit should have an RGB control box with extrusions containing holes. I measured all the dimensions of the control box and the diameter of the holes using the dial calipers. This step is extremely important, measure every part of the control box, especially the extrusions, before purchasing screws. I threaded the light through the hole in the base and up into the interior of the cylinder. The lights should come out of the hole in the side of the cylinder. Then I took off the covering for the double-sided tape and wrapped the LED lights around the cylinder. 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.The LED lights are very long, so I then cut the end of the lights at the nearest copper part where each section is adjoined. There is a picture of this above. 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. This overlap is bad for the design, so I got rid of it. Starting from the first edge where the rectangle overlaps, I used the 3 point arc tool to trace the edge of this center hole. Once the arc was done, I deleted the part of the rectangle that covered the hole. 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.
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. Typical delivery time frame is between 5 to 7 business days however, you may receive your items much earlier. Our Guarantee TWO COLOR TONES IN EACH LAMP - Switch between white and yellow lighting with the touch of a button. Uses NASA satellite real-time data, through three-dimensional imaging technology to give an accurate scaled down version of the moon. I'm a complete beginner at everything engineering-related, so most of the steps in this project were done with lots of help from the internet. If you are also a beginner like me, don't be scared of making mistakes or being lost. I want to highlight the fact that while this Instructable might seem polished, what is not seen is the endless Googling I did and the hours spent watching Youtube tutorials!
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 cylinder
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