Add a Touch of Movement to Your Outdoor Space! Crafted from vibrant 3mm Color MDF by xTool, this delightful garden windmill is the perfect project to bring energy and personality to any yard or flowerbed. Its layered design and cheerful color palette make it a standout decorative piece, spinning gracefully with every breeze. Whether you’re upgrading your garden décor or creating a fun weekend project, this windmill is easy to assemble and guaranteed to turn heads (and blades)! Ideal for makers of all levels, this project combines precision laser cutting with playful motion—garden art with a twist!
To get started, you will need the Creative Space file that includes the windmill design. Load the file into Creative Space and follow these steps:
1. Choose Material
• Select your preferred material. This project is designed for 3mm MDF or plywood.
2. Set Up Your xTool Laser Machine
• Place the plywood or MDF sheet into your xTool laser machine.
• Set the laser focus according to your machine’s settings for 3mm plywood or MDF.
• Set the cut and engrave areas according to the file specifications.
3. Cut and Engrave the Windmill Pieces
• Cut all pieces.
4. Organize your pieces
• Layout the piece.
5. Note
• There are two images above showing examples of cut materials. The file contains the graphic elements included in my final project. You’re welcome to use the file with or without these design graphics, depending on your preference.
• If you choose to include them, I recommend masking the board before cutting. Instead of engraving, use a scoring pass for the graphics. After the cut and score are complete, peel off the masking from the graphic areas. This will let you apply a clean coat of paint with minimal mess and sharp, crisp lines.
Glue #1 to the bottom of #2.
Let dry.
Important: Do not glue the panel with the hole just yet. This panel is used to attach the windmill blades and will be secured in a later step.
This step is pretty straightforward.
Once that’s secure, glue the entire topper to the very top of the windmill structure.