![[Laser cut and engrave] Hat Holder](https://image-res.atomm.com/resource/xtool/community/attachment/xtool-community/05ea8e8a-30b7-4e35-b7bf-5d8568177ca0/20240616_090819.jpg?x-oss-process=image/resize,w_200,h_150,limit_0/interlace,1/format,webp/auto-orient,1)
![[Laser cut and engrave] Hat Holder](https://image-res.atomm.com/resource/xtool/community/attachment/xtool-community/05c78208-b472-4f33-9156-f82eac2c6ea0/20240616_090908.jpg?x-oss-process=image/resize,w_200,h_150,limit_0/interlace,1/format,webp/auto-orient,1)
![[Laser cut and engrave] Hat Holder](https://image-res.atomm.com/resource/xtool/community/attachment/xtool-community/fd3b1f8e-ed19-434a-98bb-4935cec1f24a/20240616_090922.jpg?x-oss-process=image/resize,w_200,h_150,limit_0/interlace,1/format,webp/auto-orient,1)
Hat Holder


Information
In this project we will look at one design for a simple hat holder that can be mounted on a wall or the side of furniture.
Instruction
Step1: Start with a Box

The first step in this project is to build the box to hold the hat. I used a free site called boxes.py to set this up. I generated the abox template.
Step2: Remove Unnecessary Parts and Cuts

The abox template is designed with a bottom and finger joints to support the bottom. I am removing this from the design since we want the hat bill to slide down into the box. It is perfectly fine for it to hang out of the bottom of the box.
To accomplish this task, I have used the XCS feature to hide layers to expose only the through dados that are part of the design to hold the bottom. Just select all and delete.
I then used the layers feature to show the rest of the design again. I also deleted the bottom of the box as we don't need this part.
Step3: Extend the back

Since we are going to hang this on the wall and maybe add hooks for keys, we need to extend the back of the design. To do this, simply add a rectangle that exactly the same width as the back, including the finger joints.
I then used the alignment tool of XCS to make sure the two parts are perfectly aligned horizontally. I then moved the rectangle up with the arrow keys to ensure it does not move left or right. I moved it until the two vectors overlapped. Then use the combine tool to unite the two parts.
Step4: Create a curve to hold the hat

Next, we need to shape the front of the hat holder. I decided to use a circle and elongate the circle to create a gradual curve. I then overlapped it with the front piece. Then I used he combine tool to subtract the overlapping area.
Step5: Settings and Cutout
The settings are for the D1 5W laser. You may need to adjust the settings for your laser configuration.
Be sure to follow all the safety guidelines for your laser and always wear personal protective equipment when the laser is in operation.
Step6: Assembly


Next, I always like to do a dry fit to make sure all the parts fit together correctly and this helps me lay out the parts for glue up. If parts fit too tightly you may need to sand the edges of the box joints.
Step7: Glue up


Next, I spread a little bit of glue on the joints. It doesn't take much. You may want to put some small clamps to hold the hat holder together while the glue dries. You will also want to use a wet paper towel to remove any glue the squeezes out of the joints.
Once dry, you may want to further customize this by adding a finish and a coat of shellac or polyurethane
Remixes
License
Related Project
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