![[Laser cut and engrave] F1 Baseplate Jigs](https://image-res.xtool.com/resource/xtool/community/attachment/xtool-community/35d8c1ed-d8a3-4477-b50d-36ec883162fc?x-oss-process=image/resize,w_1200,h_900,limit_0/interlace,1/format,webp/auto-orient,1)
F1 Baseplate Jigs
Instruction
Information
Since repositioning an item after the laser stops is impossible, this guide will help creating a jig that fits within the F1 baseplate hole.
Instruction
Step1: Measure Twice
Take a close-up picture of the baseplate you want to replicate. This will be used as a reference for measuring and recreating the template. I used Inkscape to trace the baseplate so i could get the corner radius.
Create two shapes for your engraving needs:
- A large size (109mm) that exactly matches the baseplate, for a snug fit.
- A smaller size (106mm) designed to sit flat on the worktable and prevent pieces from falling through.
This can be seen in the attached SVG file.
Step2: Cut Once
Using the Template.xcs file, you can add the outline of your object and select “cut” as your process step. Note, there is a 3mm hole in the corner so that you can use a hook or writing utensil to remove the jig. I used the template to make wooden boardgame chits to track water.
The cutting must be done with the D1 Pro or another laser that can reliably cut through wood.
Step3: Use the Jig (F1)
Now that you have your template, you will now use what you made for the F1 laser. This jig is not sized for the F1 Ultra.
The Output.xcs file is used for the F1 since you can only link 1 laser to the file. The red boarder in this file is locked to show the boundaries. The laser will not process this outline.
You will place your chits in the laser and process. Next you will flip the jig over the vertical axis to help position the design on the back.
