Best Cordless Oscillating Multi-Tools – 18V Shootout:
In this shootout, we have selected the best cordless oscillating multi-tool from different brands like Makita, DeWALT, Bosch and others. We are going to compare them against each other in terms of features and performance.
These tools are all equipped with powerful motors and high quality components.
So what makes these tools better than others? What do they offer that’s worth more than the price difference?
Let’s take a look at it!
The most important feature of any multi-tool is its ability to perform various tasks. If one doesn’t need to use the tool often, then it isn’t necessary to buy a premium model.
However, if one needs to use the tool frequently or even daily, then buying a higher priced model might make sense. For example, if one uses a hammer to cut wood regularly, then it would be beneficial to invest in a better model. Similarly, if one cuts up vegetables regularly, then investing in a cheaper model might not be worthwhile.
Another important factor is the battery life of the tool. While some models may last several hours while cutting through paper or cardboard, others will die out quickly after only using them once or twice before needing recharging.
It all really depends on how much one uses the tool and what it is being used for.
While miter saws have largely replaced the need to use a handsaw to cut wood and other materials, there are times when using a handsaw might still be necessary such as when cutting metal or plastic sheets. For these reasons, it is best to have an oscillating multi-tool in one’s garage or workshop.
Most multi-tools come with a detachable saw blade or two, such as a cutting blade for wood or a sanding disc for finishing the wood. The blades can be interchanged with other blades easily and are commonly available at most hardware stores.
Other materials that the tool may be able to cut through may include sheet metal, tile, and very thin brick. By changing the blade, one can cut through most materials with ease.
Other materials such as ceramics and hard plastics may be more difficult if not impossible to cut through. Blades for specialized materials such as these may have to be ordered online or purchased at a local hardware store.
The speed and power of the tool are also important features to consider. Most corded oscillating tools have more power than their cordless counterparts and come with detachable blades.
On the other hand, cordless tools are easily portable and there are no limitations as to where they can be used.
The most common blade sizes are between 6 and 12 inches and usually range from 600 to 3000 strokes per minute. There are also some models that use a universal adapter which can be used with Fein and Festo accessories.
Another feature to look out for is the handle of the tool. Most multi-tools are made with an angled handle just below the tip of the blade.
This handle can help with precision cutting since it allows the user to see what he or she is cutting without seeing the blade itself.
Also, some multi-tools come with a built-in light which can be very useful if one works in a poorly lit area or has trouble seeing small objects.
Multiple blades can be attached to the head of the tool which allows the user to cut through a variety of materials with different thicknesses. While some blades can only cut through thin sheets of cardboard or plastic, other blades can cut through wood, metal, and stone.
Some blades can even be used for sanding or polishing.
What is an Oscillating Tool?
An oscillating tool can be used for both precision and extreme cutting. It operates by using a circular saw blade, which moves back and forth at high speeds within a round housing. The housing contains an eccentric weight, which causes the blade to pivot at the top and bottom of the stroke, while it moves linearly at the middle. The bottom pivot allows the blade to move smoothly at the bottom of the stroke, while the top pivot forces the blade to move with a great deal more force at the top of the stroke.
Most oscillating tools allow for a range of different attachments to be fitted onto the tool. These attachments can allow for cutting, sanding, carving, and scraping.
Typically an oscillating tool will have a universal attachment that can be used with most, if not all, of the other attachments.
Oscillating tools are typically powered by a standard AC power outlet. They can range in power from around 5 watts to around 15 watts.
The average oscillating tool will have an eccentric weight that swings at around 26,000 times per minute. This causes the blade to move back and forth at speeds exceeding 105 miles per hour.
What is the Difference Between Oscillating Tools and Die Grinders?
An oscillating tool and a die grinder perform rather similar functions, but there are some distinct differences between the two.
Both tools can be used for cutting, although an oscillating tool is not quite as good at this as a die grinder.
A die grinder is better for drilling, particularly steel, masonry, and wood. The chuck on a die grinder will often come with several different attachments that allow it to perform several different functions.
Both tools are good for grinding and polishing.
While die grinders tend to be a little heavier than oscillating tools, oscillating tools do not have the same amount of torque that die grinders have. Die grinders are also louder and some would say more dangerous.
The oscillating tool is perfect for simple cutting and grinding jobs, while the die grinder can take more of a beating and has more uses.
What are the Different Types of Oscillating Tools?
Oscillating tools typically come in two main varieties, the plunge and the non-plunge tool. The plunge tool is the most popular and can be used as both a hobby tool and a professional tool. A plunge tool can be used for multiple applications, while still being very easy to use.
Some oscillating tools are more expensive due to their variable speeds. A cheaper oscillating tool may have two or three speeds, while a more expensive oscillating tool may have up to five different speed settings that allow you to adjust the speed so the tool doesn’t skip or overheat.
What are the Advantages of an Oscillating Tool?
Oscillating tools are small and light enough that they can be used for extended periods of time without causing fatigue to the user.
They can be used for cutting, grinding, sanding, and more.
They’re very easy to control, even for beginners.
They have lots of power for such a small tool.
Some models feature variable speed controls, which allow greater precision when working with harder materials.
What are the Disadvantages of an Oscillating Tool?
Oscillating tools are quite loud.
They may cause vibration in the user’s hands, especially at higher speeds. Using proper safety gear can help to alleviate this problem.
Oscillating tools are limited by the range of accessories available for them. While some oscillating tools can accept universal accessories that fit into the tool, other tools only have a very limited range of available accessories.
Some oscillating tools don’t feature dust collection mechanisms, which can lead to working in a cloud of dust and debris. This can be dangerous to the user and anyone else in the surrounding area.
Oscillating tools will often overheat after extended use. This can cause the tool to shut off automatically until it has had time to cool down.
What are the Different Types of Attachments Available for an Oscillating Tool?
There are many different attachments available for an oscillating tool. Some of these are general purpose, but some are designed for specific tasks.
Cutting Attachments: These are designed for cutting through wood, metal, tile, and other tough materials.
Grinding Attachments: These can be used for sharpening or smoothing rough surfaces. They’re often cone-shaped to help collect debris.
Sanding and Polishing Attachments: These can be used to sand or polish hard to reach places.
Sanders andKnives: These can be used to shape or cut through soft materials.
Carbide-Tipped Tools: These can be used for more heavy duty jobs.
Fixing Blades: These can be used to cut tight angles.
What Questions Should You Ask Yourself Before You Buy an Oscillating Tool?
Do I need a plunge or non-plunge tool?
How much do I want to spend on this tool?
What kind of jobs will I be using this tool for?
How comfortable am I using this tool?
Do I prefer cordless or corded tools?
Do I want a light tool with less power, or a heavier tool with more power?
What Else Should You Consider Before You Buy an Oscillating Tool? While it may be tempting to buy the biggest and best oscillating tool available, it might not be the best choice. It’s better to buy a well-rounded tool that can meet most of your needs, rather than buying a single expensive oscillating tool that has a ton of features that you’ll never use.
Always think about how you’ll be using the tool before you buy.
Sources & references used in this article: