Radial arm saws are indispensable tools for woodworkers, offering versatility and precision in various cutting applications. Whether you’re a professional carpenter or a passionate DIY enthusiast, having a reliable radial arm saw can greatly enhance your woodworking projects. In this article, we’ll explore the five best radial arm saws available on Amazon, highlighting their features, applications, and pros and cons. Please note, a miter saw that has the ability to adjust cutting angles can also be called a Radial Arm Saw, they essentially mean the same thing.

Our Top Picks for Radial Arm Saw

DEWALT DW715 15-Amp 12-Inch Single-Bevel Compound Miter Saw

The DEWALT DW715 is a powerful radial arm saw designed for accuracy and durability. With a 15-amp motor and a 12-inch blade, it provides ample power for cutting through various materials. This saw is ideal for making crosscuts, miter cuts, bevel cuts, and compound cuts. It features an adjustable miter detent plate, ensuring precise cutting angles. The DEWALT DW715’s portability makes it suitable for both on-site work and workshop projects. However, it lacks a sliding feature for wider cuts.

Pros:

• Precise miter and bevel cuts with adjustable detent plate.
• Portable design for on-site work.
• Durable construction for long-term use.

Cons:

• Limited cutting capacity for wider materials.
• Single bevel design may require additional adjustments for certain cuts.

Bosch Power Tools GCM12SD – 15 Amp 12 Inch Corded Dual-Bevel Sliding Glide Miter Saw

The Bosch Power Tools GCM12SD is a versatile radial arm saw that combines power, precision, and innovative design. Its unique axial-glide system allows for smooth and precise cuts while saving space compared to traditional sliding saws. The dual-bevel feature enables compound cuts from different angles, making it suitable for crown molding, trim work, and furniture making. With a powerful 15-amp motor and a 12-inch blade, it can handle various materials with ease. However, its higher price point may be a consideration for some.

Pros:

• Innovative axial-glide system for smooth and precise cuts.
• Dual-bevel feature enables compound cuts from various angles.
• Suitable for crown molding, trim work, and furniture making.

Cons:

• Higher price point compared to other models.
• May require more space due to the sliding design.

Makita LS1019L 10″ Dual-Bevel Sliding Compound Miter Saw

The Makita LS1019L is a feature-packed radial arm saw that offers exceptional accuracy and cutting capacity. Equipped with a 15-amp direct-drive motor, it delivers consistent power for smooth cutting. The dual-bevel capability allows for precise compound cuts, and the sliding feature extends its crosscutting capacity. The saw’s laser guide system enhances cutting accuracy. Its compact design and soft-start feature contribute to user convenience. However, the dust collection system could be more efficient.

Pros:

• Powerful direct-drive motor for consistent cutting performance.
• Dual-bevel capability for precise compound cuts.
• Sliding feature extends crosscutting capacity.

Cons:

• Dust collection system could be more efficient.
• Relatively higher price compared to some other models.

Metabo HPT 10-Inch Compound Miter Saw

The Metabo HPT is a reliable and compact option for woodworking projects. It features a 10-inch blade and offers dual slide compound cutting capabilities, allowing you to make precise bevel and miter cuts. The direct-drive motor ensures smooth operation and efficient power transfer, making it suitable for a range of woodworking applications. Its compact design and portability make it an excellent choice for those with limited workshop space. Being the least expensive product on the list, it is a great option for those on a budget.

Pros:

• Budget-friendly option without compromising performance.
• Sliding feature increases crosscutting capacity.
• Compact and portable.

Cons:

• May lack the power and durability required for heavy-duty professional use.

• Not as sturdy or as durable as pricier options.

Delta 26-2250 12″ Dual Bevel Sliding Cruzer Miter Saw

The Delta 26-2250 is a high-quality radial arm saw known for its smooth and precise cutting performance. Its dual bevel capability and sliding feature provide versatility for compound and crosscuts. The 15-amp motor and 12-inch blade allow for effortless cutting through various materials. The Cruzer miter detent system ensures accurate and repeatable cuts. The saw’s compact design and ergonomic handles enhance user comfort. However, its higher price tag and weight might be a consideration for some.

Pros:

• Smooth and precise cutting performance.
• Dual bevel capability for compound cuts.
• Compact design and ergonomic handles for user comfort.

Cons:

• Higher price tag compared to some other models.
• Relatively heavier, which may affect portability.

Conclusion

When it comes to radial arm saws, choosing the right one can significantly impact the quality and efficiency of your woodworking projects. All of the listed products above are among the best options available on Amazon. Each saw offers unique features and capabilities, catering to different needs and budgets. Remember to consider factors such as power, cutting capacity, accuracy, and price when making your decision. Happy woodworking!

What Makes a Good Radial Arm Saw?

A good radial arm saw possesses several key characteristics that contribute to its overall quality and functionality. Here are some factors to consider when determining what makes a good radial arm saw:

1. Power and Performance: A good radial arm saw should have a powerful motor that can handle a variety of cutting tasks efficiently. Look for a saw with a motor of sufficient amperage to ensure smooth and consistent cutting performance across different materials.
2. Cutting Capacity: The radial arm saw’s cutting capacity is an essential aspect to consider. It should be able to accommodate the size and thickness of the workpieces you typically work with. A larger cutting capacity allows for greater versatility and flexibility in your projects.
3. Accuracy and Precision: Precision is crucial in woodworking, and a good radial arm saw should provide accurate and precise cuts. Look for features such as adjustable miter detents, clear scales, and precise angle settings to ensure that you can achieve the desired cutting angles and measurements consistently.
4. Safety Features: Safety should always be a top priority. A good radial arm saw should include essential safety features such as blade guards, anti-kickback mechanisms, and a reliable locking system to prevent accidental start-ups or blade movements. Make sure the saw has undergone rigorous safety testing and adheres to relevant safety standards.
5. Ease of Use and Adjustability: Look for a radial arm saw that is easy to operate and adjust. Smooth adjustment mechanisms for bevel, miter, and depth settings allow for quick and precise changes as needed. The controls and switches should be conveniently located and user-friendly for smooth operation.
6. Durability and Build Quality: A good radial arm saw should be built to last. Look for a saw made from durable materials and designed to withstand regular use in a workshop environment. Solid construction and quality components contribute to the longevity and stability of the tool.
7. Dust Collection: Woodworking generates a significant amount of dust, so a radial arm saw with an efficient dust collection system is desirable. Look for a saw that includes a dust port or attachment options to connect to a dust collector or shop vacuum, helping to keep the work area clean and reducing the risk of respiratory issues.
8. Versatility: A good radial arm saw offers versatility beyond basic cutting. Some models may have additional features such as the ability to function as a drill press, router table, or disc sander. These added functionalities can enhance the value and utility of the tool.

Remember to consider your specific woodworking needs, budget, and available space when evaluating the features and qualities. Reading customer reviews and seeking recommendations from experienced woodworkers can also provide valuable insights into the performance and reliability of different models.

A Step-By-Step Guide on How to Use a Radial Arm Saw for Woodworking

Step 1: Prepare Your Workspace

• Ensure you have a clean and organized workspace, free from clutter.
• Set up a sturdy workbench or table to support the workpiece and provide a stable cutting surface.
• Position the radial arm saw in a well-lit area, ensuring you have sufficient space to maneuver the workpiece.

Step 2: Adjust the Blade and Safety Features

• Install a suitable blade for the type of cut you intend to make, ensuring it is securely tightened.
• Adjust the blade height based on the thickness of the workpiece. Typically, the blade should extend about 1/8 inch above the top surface of the workpiece.
• Check that all safety features, such as blade guards, anti-kickback devices, and the emergency stop switch, are in proper working order.

Step 3: Set the Cutting Angles and Stops

• Determine the required cutting angles and set the miter and bevel stops accordingly. Refer to the saw’s user manual for specific instructions on adjusting these settings.
• Use the built-in scales and angle indicators to achieve precise cutting angles. Double-check the settings before making any cuts.

Step 4: Position and Secure the Workpiece

• Place the workpiece on the workbench or table, aligning it with the desired cutting line.
• Ensure the workpiece is securely clamped or held in place using clamps, hold-downs, or other suitable methods. This prevents the piece from moving during the cutting process and ensures safety.

Step 5: Make the Cuts

• Stand to the side of the saw, keeping your body positioned away from the path of the blade.
• Start the radial arm saw and allow it to reach full speed before initiating the cut.
• Hold the workpiece firmly against the fence and slowly feed it into the spinning blade, maintaining a steady and controlled motion.
• Avoid forcing the workpiece through the blade and let the saw do the cutting. Allow the blade to reach full stop before removing the workpiece.

Step 6: Check and Adjust the Cut

• After completing the cut, carefully inspect the quality and accuracy of the cut. Ensure it meets your desired specifications.
• If necessary, make any adjustments to the cutting angles, depth, or other settings before proceeding with additional cuts.

Step 7: Clean and Maintain the Saw

• Regularly clean the saw’s working surface, blade, and surrounding area to remove sawdust and debris. This helps maintain optimal cutting performance and extends the lifespan of the tool.
• Follow the manufacturer’s guidelines for routine maintenance tasks such as blade changes, lubrication, and calibration.

Remember to prioritize safety at all times when using a radial arm saw. Familiarize yourself with the specific safety guidelines provided by the manufacturer, wear appropriate protective gear, and exercise caution throughout the cutting process. With practice and adherence to safety precautions, you can achieve precise and professional results using a radial arm saw.

Unlocking the Versatility: Exploring the Applications of a Radial Arm Saw

1. Crosscutting: One of the primary applications of a radial arm saw is crosscutting. The saw’s horizontal arm allows it to make long, straight cuts across the grain of the wood. It is particularly useful for cutting boards, planks, and other stock to precise lengths. Whether you’re working on framing, cabinetry, or general woodworking projects, the radial arm saw ensures accurate and repeatable crosscuts.
2. Bevel Cuts: Radial arm saws excel at making bevel cuts, which involve tilting the blade to create angled edges on workpieces. This feature is especially valuable for tasks such as creating chamfers, shaping edges, or joining pieces at specific angles. By adjusting the bevel angle, you can achieve various design elements and enhance the visual appeal of your projects.
3. Miter Cuts: With the ability to rotate the blade left or right, a radial arm saw is ideal for making precise miter cuts. This is particularly advantageous when working on projects like picture frames, crown molding, or trim work, where accurate angles are crucial for seamless joints. The saw’s adjustable miter detents and positive stops facilitate consistent and repeatable cuts at specific angles, allowing for efficient production.
4. Dado and Groove Cuts: A radial arm saw can also be used for creating dado and groove cuts. By lowering the blade and feeding the workpiece into it, you can make straight and controlled cuts across the grain. This technique is beneficial for joinery tasks, such as creating dado joints for shelves, drawer bottoms, and cabinet components. The versatility of the radial arm saw allows you to adjust the width and depth of the cut to suit your specific needs.
5. Ripping: Although not its primary function, a radial arm saw can be used for ripping lumber when necessary. By locking the blade height and using a fence, you can guide the workpiece through the saw, ensuring accurate and straight cuts along the length of the material. While a table saw is typically the go-to tool for ripping, the radial arm saw can serve as an alternative in certain situations or for smaller-scale projects.
6. Additional Functions: Some radial arm saws come with accessory attachments or features that expand their functionality. These can include drill presses, sanding drums, and dado blade sets, allowing the saw to perform tasks beyond standard cutting. These additional functions make the radial arm saw a versatile and space-saving tool in the workshop.

Frequently Asked Questions

What is the most popular use of a radial arm saw?

The most popular use of a radial arm saw is for crosscutting. The unique design of the radial arm saw, with its horizontally moving arm and adjustable blade, allows for precise and straight cuts across the grain of the wood. This capability makes it particularly well-suited for cutting boards, planks, and other stock to specific lengths.

Crosscutting is a fundamental woodworking task required in numerous projects, such as framing, cabinetry, furniture making, and general woodworking. Whether it’s cutting pieces for building a bookshelf, crafting parts for a cabinet, or creating precise lengths for construction projects, the radial arm saw’s ability to make accurate and repeatable crosscuts is highly valued by woodworkers.

The versatility of the radial arm saw extends beyond crosscutting, but this particular application is the most widely recognized and frequently utilized. Woodworkers appreciate the radial arm saw’s ability to deliver straight, square, and consistent cuts, making it a reliable tool for achieving accurate dimensions and ensuring seamless joinery in various woodworking projects.

Is a radial arm saw worth having?

Yes, a radial arm saw is worth having for many woodworkers, depending on their specific needs and preferences. Here are some reasons why a radial arm saw can be a valuable addition to a woodworking shop:

1. Versatility: A radial arm saw offers versatility by allowing a wide range of cuts, including crosscuts, bevel cuts, miter cuts, dado cuts, and even ripping (though not its primary function). This versatility makes it suitable for various woodworking projects and reduces the need for multiple specialized tools.
2. Accuracy and Precision: Radial arm saws are known for their accuracy and precision. The ability to make straight, square, and repeatable cuts is crucial in woodworking, and a well-set-up radial arm saw can deliver consistent results. This precision is particularly valuable for tasks that require tight tolerances and seamless joinery.
3. Long Crosscut Capacity: The horizontal arm of a radial arm saw allows for long crosscuts, which is not typically possible with other saws like table saws or miter saws. This extended cutting capacity is beneficial when working with wider stock or making lengthy cuts, such as cutting boards or trimming large panels.
4. Flexibility for Compound Cuts: Radial arm saws can perform compound cuts, combining bevel and miter cuts to achieve complex angles and shapes. This versatility is useful in projects that require intricate joinery, such as furniture making, trim work, or architectural millwork.
5. Additional Functions and Attachments: Some radial arm saw models come with accessory attachments or have the ability to accommodate add-ons, expanding their functionality. These can include drill presses, sanding drums, dado blade sets, and more, allowing the saw to perform multiple tasks beyond cutting, saving space and adding convenience in the workshop.

It’s worth noting that radial arm saws require careful setup, adjustments, and adherence to safety practices. They also take up more space compared to other saws. However, for woodworkers who value the versatility, precision, and unique cutting capabilities offered by a radial arm saw, it can be a valuable tool that enhances productivity and expands the range of projects they can tackle.

What kind of cut should never be done with a radial arm saw?

While a radial arm saw is a versatile tool capable of performing various cuts, there are certain cuts that should not be attempted with this particular saw due to safety concerns and limitations. One such cut is the plunge cut.

A plunge cut involves lowering the blade into the workpiece while it is in motion. Attempting a plunge cut with a radial arm saw can be extremely dangerous and is not recommended. Here’s why:

1. Safety Hazard: Plunge cutting with a radial arm saw can increase the risk of kickback, where the workpiece is forcefully thrown back toward the operator. The design and operation of a radial arm saw make it more prone to kickback in such situations, potentially causing severe injuries.
2. Lack of Control: Performing a plunge cut on a radial arm saw can be challenging due to the nature of the tool. The radial arm saw is primarily designed for crosscuts, bevel cuts, and compound cuts, where the blade moves in a fixed path. Attempting to plunge the blade into the workpiece can lead to unstable and uncontrolled cutting, risking damage to the workpiece and compromising safety.
3. Blade Height Limitations: Radial arm saws have a limited blade height adjustment range. Plunge cuts typically require a significant depth of blade penetration into the workpiece, which may exceed the capabilities of a radial arm saw. Using the saw beyond its intended cutting parameters can result in poor cutting performance, increased strain on the motor, and potential damage to the saw itself.

For plunge cuts, it is advisable to use other tools such as a plunge router, jigsaw, or a dedicated plunge-cut circular saw that are specifically designed and equipped to handle such cutting actions safely and effectively.

Always prioritize safety and follow the manufacturer’s guidelines and recommendations for the proper use of your radial arm saw. Understanding the limitations of the tool and using it within its intended capabilities will help ensure a safe and successful woodworking experience.