How To Make A Wood Christmas Tree || Geometric Christmas tree

Summary

In this video, Andy from Cedar River Woodworking takes viewers through the process of building a stunning DIY Christmas tree. He explains each step in detail, from cutting the wood pieces with a miter saw and table saw to assembling the tree using glue and brad nails. Throughout the video, Andy offers safety tips, including the use of a push block for smaller pieces, and shares his technique for achieving a professional finish. He encourages viewers to subscribe and provides insight into the creative process, ensuring a fun and informative experience for DIY enthusiasts.

Takeaways

• 😀 Andy introduces the video by thanking viewers for their support and encouraging them to subscribe to the channel.
• 😀 The project is about building a Christmas tree using wood, with a focus on using saws and a miter station.
• 😀 The saw blade is set to a 30° angle for cutting the wood pieces, starting with an 8-inch length.
• 😀 Safety is emphasized, especially with small cuts and the potential for kickback, urging the use of a stop block and caution when using power tools.
• 😀 The wood pieces are cut at varying angles and sizes, ranging from 8 inches down to 2 inches, to form the shape of the tree.
• 😀 A special 70° angle cut is made at the top of the tree using an extreme angle jig for precise cutting.
• 😀 A table saw is used for making bevel cuts, and Andy recommends using a push block for safety during this stage.
• 😀 The tree is assembled by layering the cut wood pieces, starting from the bottom with larger pieces and gradually using smaller ones.
• 😀 For each layer, glue is applied between the pieces, and brad nails are used to temporarily hold them together.
• 😀 To add dimension to the tree, every other layer is rotated by 45° to create a cascading effect.
• 😀 At the top of the tree, CA glue is used as a quick-set clamp to hold the peak together while the wood glue dries, ensuring a clean finish.

Q & A

What is the main project being discussed in the video?

The main project discussed is the construction of a wooden Christmas tree, built by Andy from Cedar River Woodworking.

What safety precautions does Andy suggest when using the miter saw and table saw?

Andy emphasizes the importance of using a stop block to prevent kickback when cutting on the miter saw. He also recommends using a push block for safety when cutting small pieces on the table saw.

Why does Andy use a 30° angle for the bevel cuts on the tree pieces?

Andy uses a 30° angle to achieve the bevel cuts necessary for the Christmas tree’s layered, angular structure.

What is the purpose of the 70° angle cut on the top of the tree?

The 70° angle cut at the top of the tree helps shape the pointed peak. Since the miter saw can't reach that angle directly, Andy uses an extreme angle jig to achieve the cut.

How does Andy suggest aligning and attaching the tree layers?

Andy suggests aligning the layers of the tree by eyeballing the center and then using glue and brad nails to hold the layers in place. Every other layer is turned 45° to add dimension.

What tools and materials does Andy recommend for the project?

Andy recommends using a miter saw, table saw, brad nailer (or electric nailer), wood glue (specifically Ty Bon Two), and CA glue for the peak attachment.

What does Andy say about the importance of glue in this project?

Andy stresses that while the brad nails hold the pieces together temporarily, the wood glue is the real strength that will secure the tree layers permanently.

What is the purpose of using CA glue in the project?

CA glue is used to act as a clamp temporarily for the top of the tree while the wood glue sets, providing immediate adhesion.

What angle does Andy recommend for the top point of the tree, and why?

Andy cuts the top at a 70° angle, which provides a sharp point for the tree. He asks viewers if they would prefer a steeper angle for the peak.

How does Andy make the layers of the tree visually appealing?

Andy achieves visual interest by rotating every other layer 45° to create cascading lines from the top to the bottom of the tree.