Cutting angles on a table saw can seem tricky, but it’s a valuable skill for any woodworker. What are the different ways to cut angles on a table saw? You can cut angles using the miter gauge, a table saw sled, or by beveling the blade. All these methods help you achieve accurate angled cuts table saw results for your projects. This comprehensive guide will walk you through the techniques, ensuring safety and precision every step of the way.
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Achieving Angled Cuts: An Overview
Angled cuts are essential for many woodworking projects, from picture frames to complex furniture pieces. There are two primary types of angled cuts you can make on a table saw: miter cuts and bevel cuts.
- Miter Cuts: These cuts are made by angling the workpiece while the blade remains vertical (90 degrees to the table). The miter gauge or a table saw sled is typically used for miter cuts. This is often referred to as a miter cut table saw operation.
- Bevel Cuts: These cuts are made by tilting the blade to a specific angle while the workpiece remains flat on the table. The angle refers to the blade’s deviation from the vertical position. This process is also called a bevel cut table saw technique.
Method 1: Using the Miter Gauge for Miter Cuts
The miter gauge is a tool that slides in a slot on the table saw, allowing you to guide the workpiece at an angle across the blade. It’s ideal for making accurate angled cuts table saw safely.
Setting the Miter Gauge Angle
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Loosen the Locking Mechanism: Most miter gauges have a knob or lever that locks the angle setting. Loosen this to allow the gauge to move freely.
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Set the Desired Angle: Miter gauges often have pre-set stops at common angles (e.g., 45 degrees, 90 degrees). For other angles, use a protractor or angle finder to accurately set the table saw miter gauge angle.
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Tighten the Locking Mechanism: Once the desired angle is set, firmly tighten the locking mechanism to prevent the angle from shifting during the cut.
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Test Cut (Optional): For critical cuts, it’s a good idea to make a test cut on scrap material to verify the angle.
Making the Cut
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Position the Workpiece: Place the workpiece firmly against the miter gauge. Use clamps if needed to secure it, particularly for longer or thinner pieces.
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Start the Saw: Turn on the table saw and let the blade reach full speed.
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Make the Cut: Slowly and steadily push the miter gauge and workpiece through the blade, maintaining consistent pressure against the gauge.
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Complete the Cut: Push the workpiece completely past the blade before turning off the saw.
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Retrieve the Cut Piece: Carefully remove the cut piece and the remaining stock.
Tips for Accurate Miter Cuts
- Use an Extension Fence: An extension fence attached to the miter gauge provides better support for longer workpieces, improving accuracy.
- Check for Play: Ensure there’s no excessive play in the miter gauge slot. If there is, consider using shims or an aftermarket miter gauge designed for a tighter fit.
- Consistent Pressure: Maintaining consistent pressure against the miter gauge throughout the cut is crucial for achieving a precise angle.
Method 2: Using a Table Saw Sled for Precise Angled Cuts
A table saw sled is a platform that rides in the miter slots, providing a stable and accurate base for cutting. A table saw sled angle jig can be customized for angled cuts.
Building a Basic Table Saw Sled
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Materials: You’ll need a piece of plywood or MDF for the base, two runners that fit snugly in the miter slots, and a fence.
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Cut the Base: Cut the base to a size that’s comfortable to work with, typically larger than the workpieces you’ll be cutting.
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Attach the Runners: Glue and screw the runners to the underside of the base, ensuring they are parallel and fit snugly in the miter slots.
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Attach the Fence: Attach a fence to the front of the sled, perpendicular to the runners. This will be your primary reference surface.
Creating an Angled Fence
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Add a Second Fence: Attach a second fence to the sled at the desired angle. This fence will guide your workpiece for angled cuts. You may want to start with an oversized fence that you can then cut to the exact angle using your miter saw or by carefully adjusting the sled itself against the table saw blade.
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Setting the Angle: Use a protractor, angle finder, or a digital angle gauge to accurately set the angle of the second fence.
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Secure the Fence: Ensure the angled fence is securely attached to the sled using screws and glue.
Making Angled Cuts with the Sled
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Place the Workpiece: Position the workpiece against the angled fence.
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Start the Saw: Turn on the table saw and let the blade reach full speed.
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Make the Cut: Slowly and steadily push the sled through the blade, keeping the workpiece firmly against the angled fence.
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Complete the Cut: Push the sled completely past the blade before turning off the saw.
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Retrieve the Cut Piece: Carefully remove the cut piece and the remaining stock.
Advantages of Using a Table Saw Sled
- Increased Stability: The sled provides a larger, more stable base than the miter gauge, reducing the risk of the workpiece shifting during the cut.
- Improved Accuracy: The fixed fence ensures a consistent angle throughout the cut.
- Safer for Small Pieces: The sled keeps your hands further away from the blade, making it safer for cutting small pieces.
Method 3: Bevel Cuts by Tilting the Blade
Bevel cuts are made by tilting the table saw blade to the desired angle. This technique is useful for creating angled edges or surfaces on your workpieces.
Setting the Bevel Angle
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Locate the Bevel Adjustment: Most table saws have a handwheel or lever that controls the bevel angle.
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Loosen the Locking Mechanism: Loosen the locking mechanism to allow the blade to tilt freely.
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Set the Desired Angle: Use the scale on the saw or a protractor to set the blade to the desired angle. Precise angle cuts table saw operations require a meticulous setting angle on table saw process.
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Tighten the Locking Mechanism: Once the angle is set, firmly tighten the locking mechanism.
Making the Bevel Cut
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Adjust the Blade Height: Set the blade height to the appropriate level for the thickness of your workpiece.
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Position the Workpiece: Place the workpiece firmly against the fence.
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Start the Saw: Turn on the table saw and let the blade reach full speed.
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Make the Cut: Slowly and steadily push the workpiece through the blade, maintaining consistent pressure against the fence.
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Complete the Cut: Push the workpiece completely past the blade before turning off the saw.
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Retrieve the Cut Piece: Carefully remove the cut piece and the remaining stock.
Safety Considerations for Bevel Cuts
- Blade Guard: Always use the blade guard when making bevel cuts.
- Featherboards: Use featherboards to keep the workpiece pressed against the fence and table, preventing kickback.
- Push Sticks: Use push sticks to keep your hands away from the blade, especially when cutting narrow pieces.
Essential Tools for Angled Cuts
- Miter Gauge: A standard accessory for most table saws, used for making miter cuts.
- Table Saw Sled: A custom-built platform for making accurate and safe angled cuts.
- Protractor or Angle Finder: Essential for accurately setting angles on the miter gauge or when building a table saw sled.
- Digital Angle Gauge: Provides precise angle measurements for setting the blade bevel.
- Clamps: Used to secure the workpiece to the miter gauge or table saw sled.
- Featherboards: Keep the workpiece pressed against the fence and table for safer and more accurate cuts.
- Push Sticks: Protect your hands when cutting near the blade.
Safety First: Best Practices
- Read the Manual: Always read and to the manufacturer’s instructions for your table saw.
- Wear Safety Glasses: Protect your eyes from flying debris.
- Use Hearing Protection: Table saws can be very loud; wear earplugs or earmuffs.
- Dust Collection: Use a dust collector to remove sawdust from the work area.
- Never Reach Over the Blade: Always turn off the saw and wait for the blade to stop before reaching over it.
- Be Aware of Kickback: Kickback occurs when the workpiece is caught by the blade and thrown back towards the operator. Use featherboards and push sticks to prevent kickback.
- Inspect the Blade: Regularly check the blade for damage and ensure it’s properly sharpened.
Troubleshooting Angled Cuts
- Inaccurate Angles:
- Verify the angle setting on the miter gauge or bevel adjustment.
- Check for play in the miter gauge slot.
- Ensure the workpiece is firmly against the fence.
- Rough Cuts:
- Use a sharp blade.
- Reduce the feed rate (how quickly you push the workpiece through the blade).
- Ensure the workpiece is properly supported.
- Blade Vibration:
- Check the blade for damage.
- Ensure the blade is properly tightened.
- Reduce the blade height.
- Kickback:
- Use featherboards and push sticks.
- Ensure the workpiece is not binding against the blade.
- Maintain a consistent feed rate.
Table: Comparison of Angled Cutting Methods
Feature | Miter Gauge | Table Saw Sled | Bevel Cut |
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Angle Type | Miter Cuts | Miter Cuts | Bevel Cuts |
Accuracy | Moderate | High | Moderate |
Stability | Moderate | High | Moderate |
Safety | Moderate | High | Moderate (Requires extra care) |
Setup Time | Low | High (Initial build) | Low |
Best For | Quick miter cuts, smaller projects | Precise angled cuts, repetitive cuts | Angled edges, shaping |
LSI Keywords used | table saw miter gauge angle, cutting angles with table saw | table saw sled angle, accurate angled cuts table saw | setting angle on table saw, angled cuts table saw |
Table: Tools and Accessories
Tool/Accessory | Description | Benefit |
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Miter Gauge | Guides the workpiece at an angle across the blade. | Allows for making miter cuts. |
Table Saw Sled | A platform that rides in the miter slots for stable and accurate cutting. | Provides increased stability and accuracy for angled cuts. |
Protractor/Angle Finder | Measures angles for setting the miter gauge or building a sled. | Ensures accurate angle settings. |
Digital Angle Gauge | Provides precise angle measurements for blade bevel settings. | Offers highly accurate angle readings. |
Clamps | Secure the workpiece to the miter gauge or sled. | Prevents the workpiece from shifting during the cut. |
Featherboards | Keep the workpiece pressed against the fence and table. | Reduces kickback and improves cut quality. |
Push Sticks | Used to push the workpiece through the blade safely. | Keeps hands away from the blade, reducing the risk of injury. |
Frequently Asked Questions (FAQ)
Q: Can I cut any angle on a table saw?
A: Yes, you can cut a wide range of angles, but the specific range depends on the table saw’s design and the tools you’re using (miter gauge, sled, bevel adjustment). Most table saws can bevel to 45 degrees.
Q: What is the best way to cut small pieces at an angle?
A: Using a table saw sled is the safest and most accurate way to cut small pieces at an angle. The sled provides stability and keeps your hands away from the blade.
Q: How do I prevent tear-out when cutting angles?
A: Use a sharp blade, reduce the feed rate, and use a backer board (a piece of scrap wood placed behind the workpiece) to support the wood fibers.
Q: What is the difference between a miter cut and a bevel cut?
A: A miter cut is made by angling the workpiece while the blade remains vertical. A bevel cut is made by tilting the blade while the workpiece remains flat on the table.
Q: Who is best suited to cut with a table saw?
A: People who are passionate about woodworking, have the physical strength and dexterity to handle the material, and are patient with making precise cuts. Those who pay attention to detail, use appropriate safety measures, and have a good safety record are also best suited for cutting with a table saw.
Mastering angled cuts on a table saw opens up a world of possibilities for your woodworking projects. By following these techniques and prioritizing safety, you can achieve accurate and professional results every time. Whether you’re making a simple picture frame or a complex piece of furniture, you now have the tools and skills to tackle any angled cut with confidence.

Hi, I’m Tom Scalisi, and welcome to The Saw Blog! I started this blog to share my hands-on experience and insights about woodworking tools—especially saws and saw blades. Over the years, I’ve had the chance to work with a wide range of tools, and I’m here to help both professionals and hobbyists make informed decisions when it comes to selecting and using their equipment. Whether you’re looking for in-depth reviews, tips, or just advice on how to get the best performance out of your tools, you’ll find it here. I’m excited to be part of your woodworking journey!