Cut Metal?! Oscillating Tools’ Secret REVEALED!

Unveiling the Metal-Cutting Secrets of Oscillating Tools

The question hangs in the air, a challenge to the conventional wisdom of metalworking: Can an oscillating tool truly cut metal? The answer, as with many things in the world of power tools, is nuanced. It’s not a simple yes or no, but rather a "yes, under specific circumstances."

Oscillating tools, also known as multi-tools, are celebrated for their versatility. They can sand, saw, grind, and scrape, tackling a wide range of materials from wood and plastic to tile and grout. This adaptability makes them indispensable for DIY enthusiasts, remodelers, and contractors alike.

Beyond Wood: Oscillating Tools and Metal

However, their ability to slice through metal often remains a point of skepticism. This article aims to cut through the ambiguity (pun intended). Our goal is to provide a clear, concise exploration of the metal-cutting capabilities of oscillating tools.

Setting Realistic Expectations

We’ll delve into their potential and their limitations. We will explore the crucial factors that determine success, from the type of blade used to the specific metal being worked with.

By the end of this guide, you’ll understand when an oscillating tool is the right choice for a metal-cutting task and, more importantly, when it’s not.

This knowledge will empower you to use this versatile tool effectively and safely, expanding its utility in your workshop or on the job site.

Understanding Oscillating Tools: A Versatile Powerhouse

Before diving into the intricacies of cutting metal with an oscillating tool, it’s essential to understand the tool itself. Oscillating tools are power tools designed for versatility. They are capable of performing a variety of tasks. Understanding the tool’s functionality, core components, and brand quality will affect your metal-cutting experience.

What is an Oscillating Tool?

An oscillating tool, at its core, is a power tool that utilizes rapid side-to-side movements, or oscillations, rather than a circular motion. This oscillating motion, typically measured in oscillations per minute (OPM), allows the tool to perform a variety of tasks. These tasks include cutting, sawing, sanding, grinding, and scraping, depending on the attached accessory.

The true genius of the oscillating tool lies in its adaptability. The oscillating motion allows for controlled, precise work in tight spaces and at unique angles. This makes it invaluable for intricate tasks and repairs that other power tools can’t handle.

Key Components of Oscillating Tools

Several key components work in harmony to deliver the tool’s signature oscillating motion and versatility.

The Motor

The motor is the heart of the oscillating tool, providing the power to drive the oscillating motion. A more powerful motor generally translates to better performance when cutting tougher materials like metal.

Blade Attachment Mechanism

The blade attachment mechanism is a critical component that securely holds the accessory blade in place. It also facilitates quick and easy blade changes. Different manufacturers employ various mechanisms, but the goal remains the same: a secure and reliable connection between the tool and the blade.

Variable Speed Control

Variable speed control is an essential feature that allows the user to adjust the oscillation rate to suit the specific task and material. Lower speeds are generally preferred for cutting metal, as they provide better control and reduce the risk of overheating the blade.

The Importance of Brand Reputation

The brand you choose plays a significant role in the tool’s overall performance, durability, and reliability. While numerous brands offer oscillating tools, some have established a strong reputation for quality and innovation.

Fein: The Pioneer

Fein is widely recognized as the original inventor of the oscillating tool. Fein tools are known for their exceptional build quality, powerful motors, and innovative features. While often a premium option, the investment often translates to superior performance and longevity.

Dremel: Versatility for Home Use

Dremel is a popular brand among DIY enthusiasts and homeowners. Dremel oscillating tools are known for their versatility, compact size, and ease of use. They often offer a wide range of accessories.

Milwaukee: Jobsite Durability

Milwaukee is a well-respected brand among professionals, known for its rugged and durable power tools. Milwaukee oscillating tools are designed to withstand the rigors of jobsite use and often feature powerful motors and long-lasting batteries (for cordless models).

Investing in a quality brand typically ensures better performance, improved durability, and access to a wider range of accessories. While budget-friendly options exist, remember that a reliable tool can ultimately save you time and money in the long run.

Oscillating Tools and Metal: Separating Fact from Fiction

Now that we’ve established a foundational understanding of oscillating tools and their inherent versatility, let’s tackle the question at hand: Can these tools actually cut metal?

The short answer is yes, oscillating tools can cut metal.

However, this answer comes with caveats. It’s not as simple as grabbing just any blade and expecting seamless results. Understanding the limitations and critical factors at play is essential for success.

The Blade is Paramount

If there’s one element that dictates whether your oscillating tool will successfully slice through metal, it’s the blade. The blade isn’t just an accessory; it’s the tool’s point of contact with the material, and its design and material composition are paramount.

A standard wood-cutting blade will be utterly useless, and likely ruined, if forced against metal. You must use a blade specifically designed for metal cutting.

Using the wrong blade can damage the tool, the material, and even cause injury.

Understanding Metal Types: Ferrous vs. Non-Ferrous

Not all metals are created equal, at least not regarding their ease of cutting. Metals are broadly categorized into two groups: ferrous and non-ferrous.

Non-Ferrous Metals

Non-ferrous metals, such as aluminum, copper, and brass, are generally easier to cut with an oscillating tool. They are typically softer and more malleable than ferrous metals. This means they require less force and generate less heat during cutting.

Ferrous Metals

Ferrous metals, primarily steel and iron, are more challenging to cut. These metals are harder and denser. This requires more robust blades, slower cutting speeds, and a more patient approach. Stainless steel, in particular, can be notoriously difficult, even with specialized blades.

Attempting to cut thick or hardened steel with an inadequate blade will likely lead to frustration. You may find your blade is worn down quickly, or possibly even failure.

Understanding these distinctions is crucial for selecting the appropriate blade and adjusting your cutting technique for optimal results and safety.

Choosing the Right Blade: Your Metal-Cutting Arsenal

As we’ve established, using an oscillating tool on metal hinges entirely on one crucial component: the blade. Just as a surgeon selects specific instruments for a delicate procedure, choosing the right blade for the metal cutting task at hand is not merely important, it’s essential.

Selecting the correct blade dictates the quality of the cut, the tool’s longevity, and, most importantly, your safety. Using an inappropriate blade can lead to damaged materials, broken tools, or even serious injuries.

Understanding Metal-Cutting Blade Options

The world of oscillating tool blades can seem overwhelming, but understanding a few key types will simplify the selection process. Blades designed for metal cutting typically fall into three main categories: bi-metal, carbide-tipped, and diamond grit. Each type offers distinct advantages and disadvantages, making them suitable for different metals and applications.

Bi-Metal Blades: The General Purpose Option

Bi-metal blades are a versatile choice, often used for general-purpose metal cutting.

They are constructed from two different metals: high-speed steel (HSS) for the teeth and a more flexible steel for the blade body.

This combination provides both durability and flexibility, allowing the blade to withstand the stresses of metal cutting without easily breaking. Bi-metal blades are a good option for cutting softer metals like aluminum, copper, and thin-gauge steel.

Carbide-Tipped Blades: For Hardened Materials

For tougher metal cutting tasks, carbide-tipped blades offer superior performance.

Carbide is an exceptionally hard material, making these blades ideal for cutting through hardened steel, stainless steel, and even cast iron.

The carbide tips are brazed onto the blade’s edge, providing exceptional wear resistance and extending the blade’s lifespan.

While more expensive than bi-metal blades, their durability and cutting power make them a worthwhile investment for demanding applications.

Diamond Grit Blades: Abrasive Cutting Power

Diamond grit blades utilize a different approach to metal cutting.

Instead of sharp teeth, they feature a coating of tiny diamond particles bonded to the blade’s edge. These blades work through abrasion, grinding away the metal rather than slicing through it.

Diamond grit blades are particularly effective for cutting very hard or abrasive materials, such as tile, hardened steel, and even some composites.

They produce clean, precise cuts but tend to be slower than toothed blades.

Oscillating Blades vs. Cutting Wheels

When it comes to cutting metal, cutting wheels are often the first choice for many professionals. It’s worth understanding the performance differences between these two tools to know which is more appropriate for the job.

Cutting wheels excel at making quick, straight cuts through thick metal.

However, they are less versatile than oscillating tools when it comes to making plunge cuts, flush cuts, or working in tight spaces.

Oscillating tools, with their smaller blades and oscillating motion, offer greater control and maneuverability, making them ideal for detailed work and accessing hard-to-reach areas.

An oscillating tool is also significantly easier and safer to use than an angle grinder (which uses cutting wheels) for novices.

Blade Selection: Matching Metal to Material

Choosing the right blade isn’t just about the blade type; it’s also about matching the blade to the specific metal you’re cutting.

• For non-ferrous metals like aluminum and copper: Bi-metal blades are generally sufficient. Look for blades with a finer tooth pitch for cleaner cuts and reduced burring.
• For ferrous metals like steel and iron: Carbide-tipped blades are recommended, especially for thicker materials.
• For hardened steels or abrasive materials: Diamond grit blades provide the necessary cutting power and durability.

Careful consideration of the metal type and its properties will ensure optimal cutting performance and extend the life of your oscillating tool blades. Don’t underestimate the importance of this step; it’s the key to unlocking the metal-cutting potential of your oscillating tool.

Cutting Metal with Oscillating Tools: A Practical Guide

Equipped with the right blade, an oscillating tool can be surprisingly effective for a variety of metal-cutting tasks. However, knowing what blade to use is only half the battle. Mastering how to use it is equally critical. This section provides step-by-step guidance for cutting different types of metal, focusing on best practices for safety and efficiency.

Cutting Non-Ferrous Metals

Non-ferrous metals, like copper and aluminum, are generally softer and easier to cut than ferrous metals. However, each presents its own challenges.

Cutting Copper Pipe

Copper pipe is a common material in plumbing, and an oscillating tool can be a great alternative to a traditional pipe cutter in tight spaces.

Here’s how to cut copper pipe safely and effectively:

1. Secure the Pipe: Firmly clamp the copper pipe in a vise or use pipe clamps to prevent it from rotating during the cut. Stability is crucial for a clean, accurate cut and to avoid kickback.

2. Blade Selection: Choose a fine-tooth bi-metal blade designed for cutting non-ferrous metals. A higher tooth count will result in a smoother cut.

3. Speed Control: Set the oscillating tool to a medium speed. Too high a speed can cause the blade to overheat and wear prematurely.

4. Start the Cut: Begin the cut at a slight angle to score the pipe. Once a groove is established, gradually straighten the tool and continue cutting around the circumference of the pipe.

5. Apply Gentle Pressure: Let the blade do the work. Applying excessive pressure will only cause the blade to bind and potentially break.

6. Deburr the Cut: After cutting, use a deburring tool or sandpaper to remove any sharp edges or burrs from the inside and outside of the pipe. This ensures a smooth, leak-free connection when joining pipes.

Cutting Aluminum

Aluminum, while soft, can be gummy and prone to binding.

Here are tips to prevent binding and ensure clean cuts:

1. Lubrication: Apply a cutting lubricant, such as WD-40 or specialized cutting oil, to the blade and the aluminum before cutting. This helps reduce friction and prevents the aluminum from sticking to the blade.

2. Blade Selection: Use a bi-metal blade with a relatively coarse tooth pitch. A finer tooth pitch can clog easily with aluminum shavings.

3. Speed Control: Use a lower speed setting to avoid overheating the aluminum, which can cause it to melt and stick to the blade.

4. Intermittent Cutting: Make short, controlled cuts, pausing periodically to allow the blade and the aluminum to cool. This prevents heat buildup and reduces the risk of binding.

5. Clamping: Secure the aluminum workpiece firmly to prevent vibration and movement during cutting.

Cutting Ferrous Metals

Ferrous metals, such as steel studs, nails, and screws, are harder and more abrasive than non-ferrous metals, demanding a different approach.

Cutting Steel Studs

Steel studs are commonly used in framing.

Here’s the process for cutting them with an oscillating tool:

1. Safety First: Always wear safety glasses and gloves when cutting steel studs. Metal shards can be sharp and dangerous.

2. Blade Selection: A carbide-tipped blade is essential for cutting steel studs. Bi-metal blades will wear down too quickly.

3. Secure the Stud: Clamp the steel stud securely in a vise or use clamps to prevent movement.

4. Speed Control: Use a slow to medium speed setting. Cutting steel generates heat, and a slower speed helps to minimize this.

5. Apply Consistent Pressure: Apply firm, consistent pressure to the tool, allowing the blade to cut through the steel. Avoid forcing the tool, which can damage the blade or cause it to bind.

6. Cutting in Stages: For thicker studs, consider cutting through one side at a time, rotating the stud as needed.

Cutting Nails and Screws

Oscillating tools are particularly useful for cutting embedded nails and screws flush with a surface.

Here’s how to do it safely and efficiently:

1. Blade Selection: Use a bi-metal or carbide-tipped blade specifically designed for cutting metal. A narrower blade can be helpful for accessing tight spaces.

2. Slow and Steady: Use a slow speed setting and apply gentle, controlled pressure. Avoid pressing too hard, which can cause the blade to slip or break.

3. Angle of Attack: Position the blade so that it is flush with the surface you want to cut against.

4. Patience is Key: Cutting through nails and screws can take time. Be patient and let the tool do the work.

5. Protect the Surface: To prevent scratching the surrounding surface, consider placing a piece of cardboard or thin metal sheet between the tool and the surface.

General Considerations

Several factors apply regardless of the specific metal being cut.

• Metal Thickness: Thicker metals require more time and patience. Consider making multiple passes or using a more powerful tool for very thick materials.

• Speed Selection: Using the correct speed is crucial. Too fast can overheat the blade and workpiece, while too slow can cause the tool to bog down. Refer to the blade manufacturer’s recommendations for optimal speed settings.

• Cutting Technique: Maintain a steady hand and apply even pressure. Avoid twisting or rocking the tool, which can damage the blade and create an uneven cut. Let the blade do the work; forcing it will only lead to problems.

By following these guidelines, you can effectively and safely use an oscillating tool for a wide range of metal-cutting tasks.

Equipped with the right blade, an oscillating tool can be surprisingly effective for a variety of metal-cutting tasks. However, knowing what blade to use is only half the battle. Mastering how to use it is equally critical. This section provides step-by-step guidance for cutting different types of metal, focusing on best practices for safety and efficiency. Now, let’s delve into the more advanced techniques that will truly unlock the potential of your oscillating tool when working with metal.

Mastering the Techniques: Plunge Cuts and Flush Cuts

Beyond simple straight cuts, two specialized techniques significantly expand the utility of an oscillating tool for metalwork: plunge cuts and flush cuts. Mastering these techniques will allow you to tackle more complex projects and achieve professional-looking results.

Plunge Cuts: Starting Within the Material

A plunge cut is initiated within the surface of the metal, rather than from an edge. This is essential for creating openings or making repairs in the middle of a sheet or pipe.

Here’s how to execute a plunge cut effectively:

1. Mark Your Cut: Accurately mark the desired starting point of your cut on the metal surface. Precision is key to avoid mistakes.

2. Angle and Engage: Position the blade tip at a steep angle to the metal, almost perpendicular. Start the tool at a slow speed.

3. Controlled Descent: Gradually lower the blade into the material, allowing it to “bite” in slowly. Avoid forcing the blade, as this can lead to kickback or blade damage.

4. Straighten and Cut: Once the blade has penetrated the metal, gradually straighten the tool and continue cutting along your marked line.

   Maintain a steady pressure and avoid excessive side-to-side movement.

Flush Cuts: Cutting at Surface Level

A flush cut is used to trim a protruding object level with a surface, such as cutting off an exposed nail or screw head without damaging the surrounding material.

Executing a perfect flush cut requires precision and control.

1. Flat Positioning: Place the blade flat against the surface, with the cutting edge aligned with the object you want to trim.

2. Start Slowly: Begin the tool at a slow speed to prevent the blade from skipping or damaging the surrounding surface.

3. Gentle Pressure: Apply gentle, consistent pressure, allowing the blade to gradually cut through the protruding object.

   Avoid rocking or twisting the tool.

4. Monitor Heat: Keep an eye on the blade and material temperature. If either becomes excessively hot, pause briefly to allow them to cool.

Control and Kickback: Staying in Charge

Kickback occurs when the blade binds or catches on the material, causing the tool to jerk violently. This can be dangerous and damage your workpiece.

Maintaining control is paramount to preventing kickback.

• Firm Grip: Always maintain a firm grip on the tool with both hands.

• Steady Pressure: Apply consistent pressure, allowing the blade to do the work.

• Avoid Twisting: Keep the tool aligned with the cutting path and avoid twisting or forcing the blade.

• If kickback occurs, immediately release the trigger and regain control of the tool before resuming cutting.

Pressure and Overheating: Finding the Right Balance

Applying too much pressure can lead to blade overheating, premature wear, and even breakage. Conversely, insufficient pressure can result in slow cutting and excessive vibration.

The key is to find the right balance.

• Listen to the Tool: Pay attention to the sound of the tool. A smooth, consistent sound indicates optimal cutting. A struggling or strained sound suggests excessive pressure.

• Monitor Blade Temperature: Periodically check the blade temperature. If it becomes excessively hot, stop cutting and allow it to cool.

• Use Cutting Fluid: Applying a small amount of cutting fluid can help to reduce friction and dissipate heat. This is particularly helpful when cutting thicker or harder metals.

By mastering these techniques and understanding the importance of control, pressure, and heat management, you can confidently tackle a wide range of metal-cutting projects with your oscillating tool.

Safety First: A Non-Negotiable Priority When Cutting Metal

Working with power tools and metal inherently presents risks. While the versatility of an oscillating tool is undeniable, its potential for injury demands unwavering attention to safety protocols. This section outlines critical safety measures that are not optional – they are fundamental to protecting yourself and others.

Mandatory Safety Gear: Your First Line of Defense

Personal Protective Equipment (PPE) is your primary defense against metal shards, noise, and other hazards. Never operate an oscillating tool without wearing the following:

• Safety Glasses or a Face Shield: Metal cutting generates flying debris at high speeds. Eye protection is paramount to prevent serious and potentially permanent injury. Ensure your eyewear meets ANSI Z87.1 standards for impact resistance. A full face shield provides even greater protection.

• Work Gloves: Choose durable work gloves, preferably leather, to protect your hands from sharp edges, heat, and vibrations. Gloves also improve grip and control over the tool.

• Ear Protection: The high-pitched whine of an oscillating tool, particularly when cutting metal, can cause significant hearing damage over time. Use earplugs or earmuffs with a Noise Reduction Rating (NRR) appropriate for the noise level.

Proper Tool Handling: Maintaining Control

Safe operation extends beyond just wearing the right gear. Correct handling of the oscillating tool is equally crucial.

• Secure Grip: Maintain a firm, two-handed grip on the tool at all times. This maximizes control and helps prevent kickback.

• Blade Awareness: Always be aware of the blade’s position and trajectory. Keep your fingers and hands clear of the cutting path.

• Avoid Overreaching: Position yourself comfortably and avoid reaching or stretching while using the tool. This can compromise your balance and control.

• Inspect Blades: Check the blade for damage before each use. A damaged or worn blade is more likely to break or shatter during operation. Replace blades immediately if any defects are found.

Preparing Your Workspace: Minimizing Risks

The environment in which you work plays a significant role in overall safety.

• Clear the Area: Remove any clutter, debris, or obstructions from your workspace. A clean and organized area reduces the risk of trips, falls, and accidental contact with the tool.

• Secure the Workpiece: Properly clamp or secure the metal you are cutting. This prevents movement, which can lead to inaccurate cuts, kickback, or injury.

Ventilation is Essential: Breathing Safely

Metal cutting can release fumes and particles that are harmful to your respiratory system.

• Ensure Adequate Ventilation: Work in a well-ventilated area or use a dust collection system to remove airborne contaminants. Open windows and doors, or use a fan to circulate fresh air.

• Respirators (When Necessary): For prolonged or heavy-duty metal cutting, consider wearing a respirator mask rated for metal fumes and particles. This is especially important when working with certain metals like galvanized steel.

Maintaining a safe workspace and employing proper handling techniques are essential, but even the most diligent operator can fall victim to common errors that compromise the quality of their work and, more importantly, their safety. Understanding these pitfalls is paramount to mastering metal cutting with an oscillating tool.

Avoiding Common Pitfalls: Mistakes to Steer Clear Of

Success in metal cutting with an oscillating tool hinges not only on proper technique but also on avoiding a number of common mistakes. These errors can lead to inefficient cuts, damage to your tool or workpiece, and even personal injury. Awareness and proactive avoidance are key.

The Perils of the Wrong Blade

Perhaps the most frequent and consequential error is selecting the incorrect blade. Using a wood-cutting blade on metal, for instance, is a recipe for disaster. The blade’s teeth will quickly dull or break, rendering it useless and potentially launching fragments at high speed.

Similarly, using a bi-metal blade designed for thin-gauge metal on a thick steel plate will result in premature wear and a frustratingly slow cut. Always ensure the blade type is specifically designed for the type and thickness of metal you intend to cut. Carbide-tipped or diamond grit blades are typically best suited for hardened metals.

The Futility of Excessive Pressure

It’s a natural instinct to press harder when a cut is progressing slowly. However, with an oscillating tool, applying excessive pressure is counterproductive. It can actually slow the cutting process, overheat the blade and motor, and increase the risk of kickback.

The oscillating action relies on speed and the blade’s design to efficiently remove material. Let the tool do the work. Maintain a steady, light to medium pressure, allowing the blade to oscillate at its optimal rate. If the tool bogs down, reduce the pressure and consider using a blade with a more aggressive tooth pattern.

The Consequences of Incorrect Speed

Variable speed control is a valuable feature of oscillating tools, but it’s only effective when used correctly. Employing the wrong speed setting for the material being cut can have significant consequences.

Generally, lower speeds are preferable for cutting harder metals, as they prevent the blade from overheating and wearing prematurely. Higher speeds are more appropriate for softer metals like aluminum or copper, but even then, it’s essential to monitor the blade temperature and adjust accordingly. Experiment to find the optimal speed that balances cutting efficiency with blade longevity.

The High Cost of Ignored Precautions

Neglecting safety guidelines is, without question, the most dangerous mistake one can make when using an oscillating tool. Failing to wear safety glasses can result in metal shards lodging in your eyes. Neglecting to wear gloves can lead to cuts and burns. Ignoring ear protection can cause permanent hearing damage.

Beyond personal protective equipment, neglecting to properly secure the workpiece can lead to movement and loss of control. Cutting in a poorly ventilated area can expose you to harmful metal dust and fumes. Safety isn’t just a recommendation; it’s a non-negotiable requirement. Always prioritize your well-being by adhering to established safety protocols.

Maintaining a safe workspace and employing proper handling techniques are essential, but even the most diligent operator can fall victim to common errors that compromise the quality of their work and, more importantly, their safety. Understanding these pitfalls is paramount to mastering metal cutting with an oscillating tool.

Corded vs. Cordless: Weighing Your Options for Metal Cutting

The world of oscillating tools presents a choice: corded or cordless. Both offer distinct advantages and disadvantages, especially when tackling metal cutting. The "best" option depends heavily on the specific application, the user’s priorities, and the work environment. Let’s break down the key considerations.

Power and Performance

Corded oscillating tools generally offer more consistent and sustained power. They don’t rely on battery life, ensuring uninterrupted operation during demanding metal-cutting tasks. This is particularly beneficial when working with thicker or harder metals that require continuous high performance. You won’t have to pause to swap or recharge batteries, making corded tools ideal for longer projects or professional use.

Cordless tools, on the other hand, are powered by batteries, typically lithium-ion. While battery technology has improved significantly, cordless tools may experience a slight decrease in power output as the battery discharges. This can lead to slower cutting speeds or reduced effectiveness when cutting through tougher materials.

Mobility and Convenience

The most significant advantage of cordless oscillating tools is their unmatched portability. Without the restriction of a power cord, users can move freely around the workspace, accessing tight or awkward areas with ease. This is invaluable for on-site jobs, remodeling projects, or any situation where power outlets are scarce or inconvenient.

Corded tools require proximity to a power source, limiting their range of operation. This can be a hindrance in large workshops or outdoor settings. The cord itself can also become tangled or pose a tripping hazard, further reducing mobility.

Runtime and Battery Considerations

Cordless tools are limited by battery runtime. Metal cutting, especially with thicker materials, can drain batteries quickly. Users should consider purchasing multiple batteries or investing in high-capacity batteries to minimize downtime. Battery charge time is also a factor.

Corded tools, of course, offer unlimited runtime as long as they are connected to a power source. This eliminates the need for battery management and ensures continuous operation.

Cost and Maintenance

Generally, corded oscillating tools are less expensive upfront than their cordless counterparts. The cost of a cordless tool includes the battery and charger, which can significantly increase the overall investment.

However, cordless tools offer a degree of future-proofing. If you already own other cordless tools from the same brand, you may be able to use the same batteries, reducing the overall cost. Over time, batteries will need to be replaced, which can add to the long-term expense of cordless tools. Corded tools typically require less maintenance overall.

Weight and Ergonomics

Cordless tools tend to be slightly heavier than corded tools due to the added weight of the battery. However, the absence of a cord can improve maneuverability and reduce strain on the user’s wrist and arm.

Corded tools are lighter, but the cord can sometimes get in the way, requiring the user to exert more effort to maintain control. Consider the ergonomics of each tool and how it will fit your specific cutting style and the types of tasks you perform most often.

Ultimately, the choice between corded and cordless oscillating tools for metal cutting is a trade-off between power and convenience. Assess your needs, evaluate the pros and cons, and choose the option that best aligns with your work style and project requirements.

So, now you know the secret! Armed with the right blade and a little know-how, the answer to can oscillating tool cut metal is a resounding YES! Go forth and conquer those metal-cutting projects!