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Jul 2nd, 2024
LED Light Stand
By:
Lydia Pringle
Fluxspace
🎓 Grade Level —
4+
⌛ Time to Read —
4 min
📥 Includes —
Overview, Images
Materials
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LED Light Stand

AI Summary:

This project demonstrates the use of laser cutting technology to transform two-dimensional materials into three-dimensional objects by fabricating an LED light stand incorporating laser-engraved acrylic and wood. The design process involved precise measurements to accommodate material thicknesses and structural integrity, including calculation of dimensions for a circular wooden base and a slot for the acrylic panel. The wooden base was designed to bend by introducing cuts, facilitating cylindrical formation, and components were cut using a Flux HEXA laser cutter. The acrylic sign was designed with high-contrast imagery to optimize engraving visibility. Assembly involved adhesive bonding and clamping for stability. When illuminated with an LED light source, the stand effectively showcases the engraved design.

One of the best things about using laser cutters is the ability to turn something 2D into something 3D. I wanted to explore the possibilities of using the laser cutter with multiple types of materials. Therefore, I decided the best way to demonstrate this would be to make an LED Light Stand with laser-engraved acrylic.

The first step I took was deciding what size I wanted my wood stand to be. I wanted my base to be a 3.5-inch circle. I measured the acrylic piece’s thickness to determine how big to make the slot on the base. The thickness of the acrylic was 0.1”, so I added a 0.102” x 3” box to the circle. In order to make my lid more secure, I wanted to create a smaller circle underneath the top circle. The smaller circle should be 0.2” smaller when using 0.1” wood, so mine was 3.3”. I added the same slot to both circles.

From there, I used the circumference formula to determine how long the walls would be, but first subtracted 0.1” from 3.5” to account for the wood wall thickness. The width turned out to be 10.68”, and I decided to make the height 1.5”.

I used Beam Studio to create the base with the dimensions I wanted. In order to create the cylinder base, I needed to make the wood bend. I figured the best way would be to create cuts through the wall piece allowing for the wood to bend. Then, I used the Flux HEXA to cut out my pieces.

When working on your acrylic sign, it is important to pick a design that has high contrast. Once I selected my image, I centered it in the circle. The circle size can vary, but I made mine a 5” diameter. I made sure to put the image on separate layers for acrylic engraving and acrylic cutting 0.1”.

Once I had my pieces cut, I used hot glue to assemble the two lid pieces and attached the ends of the circle using a clamp. To make sure it was a secure hold, I left the clamp on for at least 15 minutes.

When everything is dry, it is time to assemble! Using a phone flashlight or LED light, you can make the sign light up. For brighter results, go to a dark space and try

Project Examples

Have a solution to this challenge you want to share? Take a photo or video of your prototype, post it on social media, and don’t forget to tag us @fluxspace_io

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